{"id":13632,"date":"2023-07-25T07:47:38","date_gmt":"2023-07-25T07:47:38","guid":{"rendered":"https:\/\/etc18.webs.upv.es\/?page_id=13632"},"modified":"2023-08-30T10:01:14","modified_gmt":"2023-08-30T10:01:14","slug":"summary","status":"publish","type":"page","link":"https:\/\/etc18.webs.upv.es\/index.php\/summary\/","title":{"rendered":"Summary"},"content":{"rendered":"\t\t
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Parallel Session 1 - Monday<\/h2>\t\t\t\t<\/div>\n\t\t\t\t<\/div>\n\t\t\t\t\t<\/div>\n\t\t<\/div>\n\t\t\t\t\t<\/div>\n\t\t<\/section>\n\t\t\t\t
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11:30:00<\/td>\n12<\/a><\/td>\nMasoud Asadi, Pim Bullee and R. Jason Hearst<\/td>\nStreamwise evolution of the interface between freestream turbulence and a turbulent boundary layer<\/td>\nHall<\/td>\nBoundary Layers I<\/td>\n<\/tr>\n
11:45:00<\/td>\n24<\/a><\/td>\nMarcus Piedrabuena, Ezhilsabareesh Kannadasan, Segio Hoyas, Ricardo Vinuesa and Hassan Nagib<\/td>\nImportance of Achieving Convergence for Computation of Turbulence Through Pipes and Other Ducts<\/td>\nHall<\/td>\nBoundary Layers I<\/td>\n<\/tr>\n
12:00:00<\/td>\n33<\/a><\/td>\nAron van den Bogaard, Ricardo Vinuesa, Ivan Marusic and Rahul Deshpande<\/td>\nReynolds-number effects on the outer region of adverse-pressure-gradient turbulent boundary layers<\/td>\nHall<\/td>\nBoundary Layers I<\/td>\n<\/tr>\n
12:15:00<\/td>\n38<\/a><\/td>\nChristopher Howland, Roberto Verzicco and Detlef Lohse<\/td>\nNon-monotonic heat flux in mixed vertical convection<\/td>\nHall<\/td>\nBoundary Layers I<\/td>\n<\/tr>\n
12:30:00<\/td>\n100<\/a><\/td>\nEsther M\u00e4teling, Wolfgang Schr\u00f6der and Christian Lagemann<\/td>\nHigh-accuracy turbulence statistics from particle images using a deep optical flow neural network<\/td>\nHall<\/td>\nBoundary Layers I<\/td>\n<\/tr>\n
12:45:00<\/td>\n130<\/a><\/td>\nVidya Vishwanathan, Ioannis Kaminaris, Ralph Volino, Elias Balaras and Michael Schultz<\/td>\nCharacteristics of Turbulent Boundary Layers Over Heterogeneous Roughness<\/td>\nHall<\/td>\nBoundary Layers I<\/td>\n<\/tr>\n
13:00:00<\/td>\n145<\/a><\/td>\nKe Zheng, Heri Setiawan, Kevin Kevin, Junghoon Lee and Jason Monty<\/td>\nTurbulent ship air-wake with ship motion<\/td>\nHall<\/td>\nBoundary Layers I<\/td>\n<\/tr>\n
13:15:00<\/td>\n173<\/a><\/td>\nKrishna Reddy Maryada, Steve Armfield, Priyanka Dhopade and Stuart Norris<\/td>\nSelf-similar energy-containing eddies in a turbulent natural convection boundary layer immersed in a stably stratified medium<\/td>\nHall<\/td>\nBoundary Layers I<\/td>\n<\/tr>\n
11:30:00<\/td>\n34<\/a><\/td>\nFlorian Heyder, Juan Pedro Mellado and J\u00f6rg Schumacher<\/td>\nReservoir computing of a three-dimensional turbulent atmospheric boundary layer<\/td>\nS01<\/td>\nAtmospheric Flows I<\/td>\n<\/tr>\n
11:45:00<\/td>\n59<\/a><\/td>\nVladyslav Pushenko and J\u00f6rg Schumacher<\/td>\nTurbulent mixing in the bulk of a cumulus cloud<\/td>\nS01<\/td>\nAtmospheric Flows I<\/td>\n<\/tr>\n
12:00:00<\/td>\n107<\/a><\/td>\nSrikar V. Yadala, Girish K. Jankee, Leon Li, Nicholas A. Worth and R. Jason Hearst<\/td>\nImpact of freestream turbulence on the recirculation region downstream of a backward-facing step<\/td>\nS01<\/td>\nAtmospheric Flows I<\/td>\n<\/tr>\n
12:15:00<\/td>\n131<\/a><\/td>\nKay Sch\u00e4fer, Juan Pedro Mellado and Bettina Frohnapfel<\/td>\nThe influence of spanwise heterogeneous surfaces on forced, mixed and natural convection<\/td>\nS01<\/td>\nAtmospheric Flows I<\/td>\n<\/tr>\n
12:30:00<\/td>\n178<\/a><\/td>\nAndrew D. Bragg and Stephen M. de Bruyn Kops<\/td>\nSurprising effects of stable stratification on scalar dissipation rates and their anomalies<\/td>\nS01<\/td>\nAtmospheric Flows I<\/td>\n<\/tr>\n
12:45:00<\/td>\n180<\/a><\/td>\nBabak Ranjbaran, Yuri Kanash, Ra\u00fal Bayo\u00e1n Cal and \u00c1rmann Gylfason<\/td>\nAn experimental study on the influence of gusts and suspended particles on the wake flow characteristics of wind turbines<\/td>\nS01<\/td>\nAtmospheric Flows I<\/td>\n<\/tr>\n
13:00:00<\/td>\n185<\/a><\/td>\nTomos Rich and Christina Vanderwel<\/td>\nTurbulent Scalar Dispersion in the wake of an Individual Tall Building<\/td>\nS01<\/td>\nAtmospheric Flows I<\/td>\n<\/tr>\n
13:15:00<\/td>\n254<\/a><\/td>\nVamsi Krishna Chalamalla, Nitin Kumar and Anupam Dewan<\/td>\nLarge eddy simulations of forced plumes subjected to volumetric heating<\/td>\nS01<\/td>\nAtmospheric Flows I<\/td>\n<\/tr>\n
11:30:00<\/td>\n6<\/a><\/td>\nJim Thomas<\/td>\nUpscale transfer of waves in one dimensional rotating shallow water<\/td>\nS02<\/td>\nGeophysical Flows I<\/td>\n<\/tr>\n
11:45:00<\/td>\n11<\/a><\/td>\nSung Yong Kim<\/td>\nGeophysical turbulent characteristics of the remotely-sensed submesoscale surface currents and chlorophyll concentrations<\/td>\nS02<\/td>\nGeophysical Flows I<\/td>\n<\/tr>\n
12:00:00<\/td>\n18<\/a><\/td>\nMasanori Takaoka, Naoto Yokoyama and Eiichi Sasaki<\/td>\nRelation among zonal flow, Rossby radius, and triple cascade in two-dimensional equivalent barotropic vorticity turbulence<\/td>\nS02<\/td>\nGeophysical Flows I<\/td>\n<\/tr>\n
12:15:00<\/td>\n19<\/a><\/td>\nShivam Swarnakar, Amitabh Bhattacharya and Sridhar Balasubramanian<\/td>\nNumerical investigation of rotating cylindrical annulus with bi-directional temperature gradients<\/td>\nS02<\/td>\nGeophysical Flows I<\/td>\n<\/tr>\n
12:30:00<\/td>\n43<\/a><\/td>\nMichele Buzzicotti, Benjamin Storer, Hemant Khatri, Stephen Griffies and Hussein Aluie<\/td>\nEnergy Spectra and Cascades in the Global Ocean: Planetary Scales to Mesoscales, Surface to the Abyssal Ocean<\/td>\nS02<\/td>\nGeophysical Flows I<\/td>\n<\/tr>\n
12:45:00<\/td>\n63<\/a><\/td>\nXiaojue Zhu, Olga Shishkina, Jiaxing Song and Shujaut Bader<\/td>\nOn the diffusion-free regime in turbulent rapidly rotating convection and magnetoconvection<\/td>\nS02<\/td>\nGeophysical Flows I<\/td>\n<\/tr>\n
13:00:00<\/td>\n82<\/a><\/td>\nRobert E. Ecke, Xuan Zhang and Olga Shishkina<\/td>\nThe transition from wall modes to quasi-geostrophic rapidly rotating Rayleigh-Benard convection<\/td>\nS02<\/td>\nGeophysical Flows I<\/td>\n<\/tr>\n
13:15:00<\/td>\n96<\/a><\/td>\nVinay Tripathi and Pranav Joshi<\/td>\nPhenomenon of Ekman pumping in rotating Rayleigh-Be \u0301nard convection with boundary roughness<\/td>\nS02<\/td>\nGeophysical Flows I<\/td>\n<\/tr>\n
11:30:00<\/td>\n28<\/a><\/td>\nJulien Carlier and Miltiadis Papalexandris<\/td>\nNumerical study of natural convection of an air-water system with evaporation across the free surface<\/td>\nS03<\/td>\nMultiphas and\nNon-Newtonian I<\/td>\n<\/tr>\n
11:45:00<\/td>\n36<\/a><\/td>\nIngu Lee, Jaehee Chang and Haecheon Choi<\/td>\nNumerical study on a turbulent bubbly pipe flow<\/td>\nS03<\/td>\nMultiphas and\nNon-Newtonian I<\/td>\n<\/tr>\n
12:00:00<\/td>\n50<\/a><\/td>\nCristian Marchioli and Davide Di Giusto<\/td>\nFlexible fibers in turbulent channel flow<\/td>\nS03<\/td>\nMultiphas and\nNon-Newtonian I<\/td>\n<\/tr>\n
12:15:00<\/td>\n64<\/a><\/td>\nLeonardo Puggioni, Guido Boffetta and Stefano Musacchio<\/td>\nFlocking turbulence of microswimmers in confined domains<\/td>\nS03<\/td>\nMultiphas and\nNon-Newtonian I<\/td>\n<\/tr>\n
12:30:00<\/td>\n66<\/a><\/td>\nStefano Musacchio, Leonardo Puggioni and Guido Boffetta<\/td>\nGiant vortex dynamics in confined bacterial turbulence<\/td>\nS03<\/td>\nMultiphas and\nNon-Newtonian I<\/td>\n<\/tr>\n
12:45:00<\/td>\n69<\/a><\/td>\nHimani Garg, Christer Fureby and Lei Wang<\/td>\nPolymer-induced turbulence in 2D micro-serpentine channel<\/td>\nS03<\/td>\nMultiphas and\nNon-Newtonian I<\/td>\n<\/tr>\n
13:00:00<\/td>\n83<\/a><\/td>\nZhiwen Cui, Jingran Qiu, Xinyu Jiang and Lihao Zhao<\/td>\nEffect of fluid-inertial torque on the orientation of tiny spheroidal particles in turbulent channel flow<\/td>\nS03<\/td>\nMultiphas and\nNon-Newtonian I<\/td>\n<\/tr>\n
13:15:00<\/td>\n85<\/a><\/td>\nChao Sun, Yihong Du, Ziqi Wang, Linfeng Jiang and Enrico Calzavarini<\/td>\nSea Water Freezing Modes in a Natural Convection System<\/td>\nS03<\/td>\nMultiphas and\nNon-Newtonian I<\/td>\n<\/tr>\n
11:30:00<\/td>\n25<\/a><\/td>\nMohammad Umair and Sedat Tardu<\/td>\nTurbulent channel flow under large amplitude streamwise travelling waves<\/td>\nS04<\/td>\nControl of Turbulent flows I<\/td>\n<\/tr>\n
11:45:00<\/td>\n67<\/a><\/td>\nArvind Mohan, Surya Chakrabarti, Datta Gaitonde and Daniel Livescu<\/td>\nFull trajectory optimizing operator inference for reduced-order modeling using differentiable programming<\/td>\nS04<\/td>\nControl of Turbulent flows I<\/td>\n<\/tr>\n
12:00:00<\/td>\n106<\/a><\/td>\nGiacomo Della Posta, Emanuele Martelli, Francesco Salvadore and Matteo Bernardini<\/td>\nDirect Numerical Simulation of Microramp Vortex Generators for Shock Wave\/Boundary Layer Interaction Control<\/td>\nS04<\/td>\nControl of Turbulent flows I<\/td>\n<\/tr>\n
12:15:00<\/td>\n125<\/a><\/td>\nEmanuele Gallorini and Maurizio Quadrio<\/td>\nEffect of control discretization on streamwise traveling waves of spanwise wall velocity<\/td>\nS04<\/td>\nControl of Turbulent flows I<\/td>\n<\/tr>\n
12:30:00<\/td>\n126<\/a><\/td>\nAlessandro Scala, Carlo Salvatore Greco, Gerardo Paolillo, Tommaso Astarita and Gennaro Cardone<\/td>\nInfluence of Machine Learning-based active flow control on the turbulent statistics of the flow over a circular cylinder<\/td>\nS04<\/td>\nControl of Turbulent flows I<\/td>\n<\/tr>\n
12:45:00<\/td>\n132<\/a><\/td>\nAmirreza Rouhi, Matt Fu, Dileep Chandran, Andrea Zampiron, Alexander Smits and Ivan Marusic<\/td>\nLarge-eddy simulations of turbulent drag reduction by spanwise wall forcing up to Re_tau = 4000<\/td>\nS04<\/td>\nControl of Turbulent flows I<\/td>\n<\/tr>\n
13:00:00<\/td>\n137<\/a><\/td>\nWeiqi Sun, Jimmy Philip, Wolfgang Schroeder and Joseph Klewicki<\/td>\nA comparative study of artificial and natural streamwise vortices in the near-wall region of turbulent boundary layers<\/td>\nS04<\/td>\nControl of Turbulent flows I<\/td>\n<\/tr>\n
13:15:00<\/td>\n169<\/a><\/td>\nRahul Deshpande, Aman G. Kidanemariam and Ivan Marusic<\/td>\nPressure drag reduction via imposition of spanwise wall oscillations on a rod-roughened wall<\/td>\nS04<\/td>\nControl of Turbulent flows I<\/td>\n<\/tr>\n
11:30:00<\/td>\n1<\/a><\/td>\nOndrej Fercak, Zein Sadek, Trevor Dunt, Christin Murphy, Jennifer Franck and Ra\u00fal Bayo\u00e1n Cal<\/td>\nFlow Structure Dynamics in Arrays of Undulated Cylinders<\/td>\nS05<\/td>\nVortex Dynamics I<\/td>\n<\/tr>\n
11:45:00<\/td>\n7<\/a><\/td>\nPing-Fan Yang, Zhideng Zhou, Jian Fang, Le Fang, Haitao Xu, Guowei He and Alain Pumir<\/td>\nGeneralized Betchov relations for vector fields and their applications in turbulent flows<\/td>\nS05<\/td>\nVortex Dynamics I<\/td>\n<\/tr>\n
12:00:00<\/td>\n8<\/a><\/td>\nMahendra Verma and Soumyadeep Chatterjee<\/td>\nEmergence of Order in 2D Euler Turbulence, an Isolated System<\/td>\nS05<\/td>\nVortex Dynamics I<\/td>\n<\/tr>\n
12:15:00<\/td>\n42<\/a><\/td>\nMasahiro Suzuki and Nobuyuki Okura<\/td>\nFlow instability under an elongated plate above the ground<\/td>\nS05<\/td>\nVortex Dynamics I<\/td>\n<\/tr>\n
12:30:00<\/td>\n46<\/a><\/td>\nAnton Svirsky, Corentin Herbert and Anna Frishman<\/td>\nTwo-dimensional turbulence with local interactions: statistics of the condensate<\/td>\nS05<\/td>\nVortex Dynamics I<\/td>\n<\/tr>\n
12:45:00<\/td>\n60<\/a><\/td>\nVeeraraghavan Kannan and Xiaojue Zhu<\/td>\nTurbulent Rapidly Rotating Rayleigh-Benard Convection: Cyclones Vs Anti-Cyclones<\/td>\nS05<\/td>\nVortex Dynamics I<\/td>\n<\/tr>\n
13:00:00<\/td>\n72<\/a><\/td>\nBernard Geurts, Liesbeth Klein Kranenbarg, Stijn Peereboom and Rudie Kunnen<\/td>\nNusselt-Rossby scaling in high-frequency harmonic modulation of rotating Rayleigh-Benard convection<\/td>\nS05<\/td>\nVortex Dynamics I<\/td>\n<\/tr>\n
13:15:00<\/td>\n75<\/a><\/td>\nTong Wu and Wouter Bos<\/td>\nPoint-vortex statistical mechanics applied to turbulence without vortex stretching<\/td>\nS05<\/td>\nVortex Dynamics I<\/td>\n<\/tr>\n
11:30:00<\/td>\n428<\/a><\/td>\nOlav R\u00f8mcke, Benjamin K. Smeltzer, Inger Skundberg L\u00f8vvig, Johannes Djupesland, R. Jason Hearst and Simen \u00c5. Ellingsen<\/td>\nExperiment on turbulence developing under surface waves<\/td>\nSG<\/td>\nGeophysical Flows II<\/td>\n<\/tr>\n
11:45:00<\/td>\n434<\/a><\/td>\nPaul Mannix, David Ham and John Craske<\/td>\nThe probability density behind thermal stratifications sustained by uncertain and heterogeneous forcing<\/td>\nSG<\/td>\nGeophysical Flows II<\/td>\n<\/tr>\n
12:00:00<\/td>\n448<\/a><\/td>\nCatherine Vreugdenhil, Nicholas Wilson, Bishakhdatta Gayen and Eric Hester<\/td>\nThe effects of ocean turbulence and double-diffusive layering on the melting of ice shelves<\/td>\nSG<\/td>\nGeophysical Flows II<\/td>\n<\/tr>\n
12:15:00<\/td>\n465<\/a><\/td>\nVictor Avsarkisov, Niklas Dusch, Michael Gerding, Jens S\u00f6der and Claudia Stolle<\/td>\nKinetic Helicity in the Turbulent Stratified Flows<\/td>\nSG<\/td>\nGeophysical Flows II<\/td>\n<\/tr>\n
12:30:00<\/td>\n482<\/a><\/td>\nGeorges Edde, Georges Sadaka, Rapha\u00ebl Antoine and Ionut Danaila<\/td>\nNumerical modeling of air flows in an underground cavity connected to the surface by a shaft<\/td>\nSG<\/td>\nGeophysical Flows II<\/td>\n<\/tr>\n
12:45:00<\/td>\n429<\/a><\/td>\nPetr Michalek, Stanislav Pospisil and Pavel Sedlak<\/td>\nStudy of atmospheric turbulence characteristics in Northwest Bohemia<\/td>\nSG<\/td>\nGeophysical Flows II<\/td>\n<\/tr>\n
13:00:00<\/td>\n488<\/a><\/td>\nLudovico Giorgini, Andre Souza and Peter Schmid<\/td>\nClustering of Dynamical Systems<\/td>\nSG<\/td>\nGeophysical Flows II<\/td>\n<\/tr>\n
13:15:00<\/td>\n489<\/a><\/td>\nSara Mata, Bruno Scapin and Jorge Silvestrini<\/td>\nTurbulence in particle-laden gravity currents trough iLES<\/td>\nSG<\/td>\nGeophysical Flows II<\/td>\n<\/tr>\n
11:30:00<\/td>\n21<\/a><\/td>\nKe-Qing Xia, Yun-Bing Hu and Lin Sun<\/td>\nOn the Effect of Centrifugal Force in Turbulent Thermal Convection<\/td>\nN01<\/td>\nTransport and Mixing I<\/td>\n<\/tr>\n
11:45:00<\/td>\n35<\/a><\/td>\nDavid Rodr\u00edguez-Guti\u00e9rrez, Andrea Gruber, Raquel G\u00f3mez-Miguel, Mario S\u00e1nchez-Sanz and Eduardo Fern\u00e1ndez-Tarrazo<\/td>\nNumerical study of H2-air turbulent mixing processes using a selective permeable injection technique<\/td>\nN01<\/td>\nTransport and Mixing I<\/td>\n<\/tr>\n
12:00:00<\/td>\n51<\/a><\/td>\nKhashayar Feizbakhshian Kohan and Susan Gaskin<\/td>\nEffect of background turbulence on the scalar entrainment into a jet: width of the scalar interface and evidence of detrainment<\/td>\nN01<\/td>\nTransport and Mixing I<\/td>\n<\/tr>\n
12:15:00<\/td>\n93<\/a><\/td>\nJiangang Chen and Oliver Buxton<\/td>\nSpatial evolution of the turbulent\/turbulent interface geometry and turbulent momentum entrainment<\/td>\nN01<\/td>\nTransport and Mixing I<\/td>\n<\/tr>\n
12:30:00<\/td>\n103<\/a><\/td>\nLu Zhang, Jing Dong and Ke-Qing Xia<\/td>\nThe interplay between horizontal heat transfer and large scale circulation in turbulent Rayleigh-Benard convection<\/td>\nN01<\/td>\nTransport and Mixing I<\/td>\n<\/tr>\n
12:45:00<\/td>\n121<\/a><\/td>\nIngrid Neunaber, Masoud Asadi, Leon Li and R. Jason Hearst<\/td>\nTurbulence fields generated by a flapping active grid: Comparing hot-wire and particle image velocimetry<\/td>\nN01<\/td>\nTransport and Mixing I<\/td>\n<\/tr>\n
13:00:00<\/td>\n199<\/a><\/td>\nGeert Brethouwer<\/td>\nThe effect of rotation on heat and momentum transport and structures in plane Couette and Taylor-Couette flow<\/td>\nN01<\/td>\nTransport and Mixing I<\/td>\n<\/tr>\n
11:30:00<\/td>\n4<\/a><\/td>\nZhongyu Zhang and Xuesong Wu<\/td>\nUnified dynamic and aeroacoustic theories for the ring-mode coherent structures in all flow regions of a subsonic turbulent jet<\/td>\nAirNostrum<\/td>\nInstability and Transition I<\/td>\n<\/tr>\n
11:45:00<\/td>\n14<\/a><\/td>\nMing Dong and Runjie Song<\/td>\nLinear and nonlinear instability of supersonic boundary layers over a rotating cone<\/td>\nAirNostrum<\/td>\nInstability and Transition I<\/td>\n<\/tr>\n
12:00:00<\/td>\n15<\/a><\/td>\nEwa Tuliszka-Sznitko<\/td>\nThe flow regimes in the short Taylor-Couette configurations with independently rotating cylinders, aspect ratio 0.5<\/td>\nAirNostrum<\/td>\nInstability and Transition I<\/td>\n<\/tr>\n
12:15:00<\/td>\n31<\/a><\/td>\nIvan Kharsansky Atallah, Luc Pastur, Romain Monchaux and Laurent Zimmer<\/td>\nFrom Low-Frequency Oscillations to Markovian Bistable Stall Dynamics<\/td>\nAirNostrum<\/td>\nInstability and Transition I<\/td>\n<\/tr>\n
12:30:00<\/td>\n41<\/a><\/td>\nGuang-Yu Ding and Ke-Qing Xia<\/td>\nHeat transport and flow morphology of geostrophic rotating Rayleigh-B\u00e9nard convection in the presence of boundary flow<\/td>\nAirNostrum<\/td>\nInstability and Transition I<\/td>\n<\/tr>\n
12:45:00<\/td>\n45<\/a><\/td>\nTill Zeugin, Daniel Mor\u00f3n, Marc Avila and Markus Holzner<\/td>\nTransition to turbulence of pulsatile flow in flexible pipes<\/td>\nAirNostrum<\/td>\nInstability and Transition I<\/td>\n<\/tr>\n
13:00:00<\/td>\n52<\/a><\/td>\nDaeun Song and Haecheon Choi<\/td>\nCharacteristics of turbulent flow past a vertical flat plate<\/td>\nAirNostrum<\/td>\nInstability and Transition I<\/td>\n<\/tr>\n
13:15:00<\/td>\n55<\/a><\/td>\nHaoyan Wu and Baofang Song<\/td>\nThe Re-scaling of the propagation speed of turbulent fronts in pipe flow<\/td>\nAirNostrum<\/td>\nInstability and Transition I<\/td>\n<\/tr>\n<\/tbody>\n<\/table>\t\t\t\t\t\t\t\t<\/div>\n\t\t\t\t<\/div>\n\t\t\t\t\t<\/div>\n\t\t<\/div>\n\t\t\t\t\t<\/div>\n\t\t<\/section>\n\t\t\t\t
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Parallel Session 2 - Monday<\/h2>\t\t\t\t<\/div>\n\t\t\t\t<\/div>\n\t\t\t\t
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17:00:00<\/td>\n26<\/a><\/td>\nNicola Ciola, Pietro De Palma, Jean-Christophe Robinet and Stefania Cherubini<\/td>\nA local mechanism linked to the emergence of extreme events in the turbulent channel flow<\/td>\nHall<\/td>\nWall-Bounded Flows – Theory I<\/td>\n<\/tr>\n
17:15:00<\/td>\n30<\/a><\/td>\nJavier Jimenez<\/td>\nPerron-Frobenius analysis of bursting in wall turbulence<\/td>\nHall<\/td>\nWall-Bounded Flows – Theory I<\/td>\n<\/tr>\n
17:30:00<\/td>\n113<\/a><\/td>\nGuowei He and Ting Wu<\/td>\nComposition of resolvents enhanced by random sweeping for large-scale structures in turbulent channel flows<\/td>\nHall<\/td>\nWall-Bounded Flows – Theory I<\/td>\n<\/tr>\n
17:45:00<\/td>\n140<\/a><\/td>\nEzhilsabareesh Kannadasan, Callum Atkinson and Julio Soria<\/td>\nInterscale transport mechanisms in the spatial evolution of energy-containing eddies<\/td>\nHall<\/td>\nWall-Bounded Flows – Theory I<\/td>\n<\/tr>\n
18:00:00<\/td>\n142<\/a><\/td>\nLuka Lindic, Rahul Deshpande and Ivan Marusic<\/td>\nCanonical inflow adverse pressure gradient turbulent boundary layers at high Reynolds number<\/td>\nHall<\/td>\nWall-Bounded Flows – Theory I<\/td>\n<\/tr>\n
18:15:00<\/td>\n158<\/a><\/td>\nMariangela De Maio, Beatrice Latini, Francesco Nasuti and Sergio Pirozzoli<\/td>\nHeat and mass transfer of flow inside pipes with large relative roughness height<\/td>\nHall<\/td>\nWall-Bounded Flows – Theory I<\/td>\n<\/tr>\n
18:30:00<\/td>\n168<\/a><\/td>\nDaniel Mor\u00f3n Montesdeoca, Alberto Vela-Mart\u00edn and Marc Avila<\/td>\nPredictability of puff decay in pipe flow<\/td>\nHall<\/td>\nWall-Bounded Flows – Theory I<\/td>\n<\/tr>\n
18:45:00<\/td>\n408<\/a><\/td>\nT.-W. Lee and J.E. Park<\/td>\nA Dynamical Transport Theory of Wall-Bounded Turbulent Flows<\/td>\nS04<\/td>\nWall-Bounded Flows – Theory I<\/td>\n<\/tr>\n
17:00:00<\/td>\n182<\/a><\/td>\nJason Appelbaum and Christoph Wenzel<\/td>\nInfluence of Streamline Curvature on Compressible Turbulent Boundary Layers<\/td>\nS01<\/td>\nBoundary Layers II<\/td>\n<\/tr>\n
17:15:00<\/td>\n189<\/a><\/td>\nJia-Qi Ma, Sheng-Hong Peng, Wen-Feng Li and Heng-Dong Xi<\/td>\nModifications of the friction drag and coherent structures in turbulent boundary layers via local polymer solution ejection<\/td>\nS01<\/td>\nBoundary Layers II<\/td>\n<\/tr>\n
17:30:00<\/td>\n222<\/a><\/td>\nJoseph Barrow, Tao Liu, Michael Wilkes, Barry Gallacher and Richard Whalley<\/td>\nOn the development of an optical MEMS sensor for instantaneous wall-shear stress measurements in wall-bounded turbulent flows<\/td>\nS01<\/td>\nBoundary Layers II<\/td>\n<\/tr>\n
17:45:00<\/td>\n240<\/a><\/td>\nPei-Yun Tsai, Heiko Schmidt and Marten Klein<\/td>\nStochastic modeling of heated turbulent coaxial pipe flow prescribing different thermal boundary conditions<\/td>\nS01<\/td>\nBoundary Layers II<\/td>\n<\/tr>\n
18:00:00<\/td>\n244<\/a><\/td>\nMarie Ono, Noriyuki Furuichi and Yoshiyuki Tsuji<\/td>\nScaling of turbulence statistics for three velocity components and turbulence kinetic energy in pipe flow<\/td>\nS01<\/td>\nBoundary Layers II<\/td>\n<\/tr>\n
18:15:00<\/td>\n301<\/a><\/td>\nMiaoyan Pang and Kapil Chauhan<\/td>\nSelf-similarity of moments of concentration fluctuations in a plume<\/td>\nS01<\/td>\nBoundary Layers II<\/td>\n<\/tr>\n
18:30:00<\/td>\n316<\/a><\/td>\nKeshanjali Gaur<\/td>\nNano-scale sensors for wall-shear-stress measurements<\/td>\nS01<\/td>\nBoundary Layers II<\/td>\n<\/tr>\n
18:45:00<\/td>\n334<\/a><\/td>\nFahrettin G\u00f6khan Ergin, Frederik Zafiryadis, Bo Watz and Knud Erik Meyer<\/td>\nA spatial-resolution correction scheme for disturbance profiles in a developing zero-pressure-gradient turbulent boundary layer<\/td>\nS01<\/td>\nBoundary Layers II<\/td>\n<\/tr>\n
17:00:00<\/td>\n146<\/a><\/td>\nAvishek Ranjan and Peter Davidson<\/td>\nTurbulent diffusion of heat near the equator and its connection with helicity segregation in geodynamo simulations<\/td>\nS02<\/td>\nGeophysical Flows III<\/td>\n<\/tr>\n
17:15:00<\/td>\n175<\/a><\/td>\nJulie Meunier, Basile Gallet and Benjamin Miquel<\/td>\nThree-dimensional structure of transport by ocean mesoscale turbulence<\/td>\nS02<\/td>\nGeophysical Flows III<\/td>\n<\/tr>\n
17:30:00<\/td>\n176<\/a><\/td>\nGabriel Hadjerci, Vincent Bouillaut, Benjamin Miquel, S\u00e9bastien Auma\u00eetre and Basile Gallet<\/td>\nUltimate regime of rapidly rotating convection: experimental and numerical assessment of the `geostrophic turbulence’ scaling predictions<\/td>\nS02<\/td>\nGeophysical Flows III<\/td>\n<\/tr>\n
17:45:00<\/td>\n287<\/a><\/td>\nBasile Gallet, Vincent Bouillaut, Gabriel Hadjerci, Benjamin Miquel, Keith Julien and S\u00e9bastien Auma\u00eetre<\/td>\nExperimental observation of the geostrophic turbulence regime of rapidly rotating convection<\/td>\nS02<\/td>\nGeophysical Flows III<\/td>\n<\/tr>\n
18:00:00<\/td>\n364<\/a><\/td>\nLucas Fery, B\u00e9reng\u00e8re Dubrulle, B\u00e9reng\u00e8re Podvin, Flavio Pons and Davide Faranda<\/td>\nDecomposing weather maps into interpretable patterns using Latent Dirichlet Allocation<\/td>\nS02<\/td>\nGeophysical Flows III<\/td>\n<\/tr>\n
18:15:00<\/td>\n371<\/a><\/td>\nJean-Cl\u00e9ment Ringenbach, Tobias Schneider and Steven Tobias<\/td>\nHeat transport in rotating convection captured by invariant solutions<\/td>\nS02<\/td>\nGeophysical Flows III<\/td>\n<\/tr>\n
18:30:00<\/td>\n382<\/a><\/td>\nNatalia Vazaeva, Otto Chkhetiani and Valery Kramar<\/td>\nCharacteristic spectra of submesoscale structures in the atmospheric boundary layer according to experimental data<\/td>\nS02<\/td>\nGeophysical Flows III<\/td>\n<\/tr>\n
18:45:00<\/td>\n417<\/a><\/td>\nAlban Potherat, Rishav Agrawal and Aujogue Kelig<\/td>\nQuasi-two dimensionality and the Magnetic Taylor-Proudman constraint in rotating magneto-convection<\/td>\nS02<\/td>\nGeophysical Flows III<\/td>\n<\/tr>\n
17:00:00<\/td>\n91<\/a><\/td>\nMarco Edoardo Rosti, Prasad Perlekar and Dhrubaditya Mitra<\/td>\nElastic range scaling in polymeric turbulence at large Reynolds and Deborah numbers<\/td>\nS03<\/td>\nMultiphas and\nNon-Newtonian II<\/td>\n<\/tr>\n
17:15:00<\/td>\n94<\/a><\/td>\nSimone Tandurella, Guido Boffetta, Stefano Musacchio and Marco E. Rosti<\/td>\nInertial particles Rayleigh-Taylor turbulence<\/td>\nS03<\/td>\nMultiphas and\nNon-Newtonian II<\/td>\n<\/tr>\n
17:30:00<\/td>\n98<\/a><\/td>\nAlessandro Chiarini, Ianto Cannon and Marco E. Rosti<\/td>\nTurbulence modulation by finite-size spherical particles<\/td>\nS03<\/td>\nMultiphas and\nNon-Newtonian II<\/td>\n<\/tr>\n
17:45:00<\/td>\n101<\/a><\/td>\nDaniel Ruth and Filippo Coletti<\/td>\nScale-to-scale energy transfer in the turbulence near a free surface<\/td>\nS03<\/td>\nMultiphas and\nNon-Newtonian II<\/td>\n<\/tr>\n
18:00:00<\/td>\n110<\/a><\/td>\nWei Gao, Matteo Parsani and Pedro Costa<\/td>\nParticle-resolved simulations of positively-buoyant particles in the open channel flow<\/td>\nS03<\/td>\nMultiphas and\nNon-Newtonian II<\/td>\n<\/tr>\n
18:15:00<\/td>\n111<\/a><\/td>\nAlessandro Capone, Giorgio Moscato and Giovanni Paolo Romano<\/td>\nSolid Particle Dispersion in a Turbulent Jet<\/td>\nS03<\/td>\nMultiphas and\nNon-Newtonian II<\/td>\n<\/tr>\n
18:30:00<\/td>\n112<\/a><\/td>\nAswathy M S and Marco E Rosti<\/td>\nDynamics of flexible fibres immersed in viscoelastic fluids<\/td>\nS03<\/td>\nMultiphas and\nNon-Newtonian II<\/td>\n<\/tr>\n
18:45:00<\/td>\n117<\/a><\/td>\nSt\u00e9phane Fischer and Marie Burckbuchler<\/td>\nSediment transport measurements with a multi-component ultrasonic profiler<\/td>\nS03<\/td>\nMultiphas and\nNon-Newtonian II<\/td>\n<\/tr>\n
17:00:00<\/td>\n171<\/a><\/td>\nSina Nozarian, Mahdi Abkar and Pourya Forooghi<\/td>\nA study of drag reduction on rough walls using spanwise opposed wall-jet forcing<\/td>\nS04<\/td>\nControl of Turbulent flows II<\/td>\n<\/tr>\n
17:15:00<\/td>\n184<\/a><\/td>\nPawe\u0142 Baj<\/td>\nLarge-scale motion in a baffled von K\u00e1rm\u00e1n tank<\/td>\nS04<\/td>\nControl of Turbulent flows II<\/td>\n<\/tr>\n
17:30:00<\/td>\n192<\/a><\/td>\nLuca Guastoni, Jean Rabault, Hossein Azizpour and Ricardo Vinuesa<\/td>\nDrag reduction in wall-bounded flows using deep reinforcement learning<\/td>\nS04<\/td>\nControl of Turbulent flows II<\/td>\n<\/tr>\n
17:45:00<\/td>\n196<\/a><\/td>\nAlex Zhelebovskiy, Guangyao Cui, Siddhartha Verma, Beni Cukurel and Ian Jacobi<\/td>\nScale-Interactions in the Wake of an Actuated Cylinder<\/td>\nS04<\/td>\nControl of Turbulent flows II<\/td>\n<\/tr>\n
18:00:00<\/td>\n197<\/a><\/td>\nJustas \u0160ereika, Paulius Vilkinis and Nerijus Pedi\u0161ius<\/td>\nExperimental analysis of pulsatile flow in a transitional-type cavity<\/td>\nS04<\/td>\nControl of Turbulent flows II<\/td>\n<\/tr>\n
18:15:00<\/td>\n198<\/a><\/td>\nPaulius Vilkinis, Justas \u0160ereika and Nerijus Pedi\u0161ius<\/td>\nInvestigation of flow over triangular roughness elements in a cavity<\/td>\nS04<\/td>\nControl of Turbulent flows II<\/td>\n<\/tr>\n
18:30:00<\/td>\n205<\/a><\/td>\nGiulia Piumini, Martin P. A. Assen, Detlef Lohse and Roberto Verzicco<\/td>\nChirality of particles doesn\u2019t matter in strong turbulence<\/td>\nS04<\/td>\nControl of Turbulent flows II<\/td>\n<\/tr>\n
18:45:00<\/td>\n220<\/a><\/td>\nDennis van Gils, Duco van Buuren, Gert-Wim Bruggert and Dominik Krug<\/td>\nA jetting grid driven by temporally and spatially coherent 4-D gradient noise<\/td>\nS04<\/td>\nControl of Turbulent flows II<\/td>\n<\/tr>\n
17:00:00<\/td>\n76<\/a><\/td>\nWeiyu Shen, Jie Yao, Fazle Hussain and Yue Yang<\/td>\nRole of internal structures within a vortex in helicity dynamics<\/td>\nS05<\/td>\nVortex Dynamics II<\/td>\n<\/tr>\n
17:15:00<\/td>\n79<\/a><\/td>\nZhaoyuan Meng, Weiyu Shen and Yue Yang<\/td>\nEvolution of dissipative fluid flows with imposed helicity conservation<\/td>\nS05<\/td>\nVortex Dynamics II<\/td>\n<\/tr>\n
17:30:00<\/td>\n114<\/a><\/td>\nGuido Boffetta, Stefano Musacchio, Andrea Mazzino and Marco Edoardo Rosti<\/td>\nInverse energy cascade in confined three-dimensional turbulence<\/td>\nS05<\/td>\nVortex Dynamics II<\/td>\n<\/tr>\n
17:45:00<\/td>\n115<\/a><\/td>\nZehao Wang, Xin Chen and Hengdong Xi<\/td>\nEvolution of flow topology with Prandtl number in turbulent Rayleigh-B\u00e9nard convection<\/td>\nS05<\/td>\nVortex Dynamics II<\/td>\n<\/tr>\n
18:00:00<\/td>\n118<\/a><\/td>\nAndrei Teimurazov, Sanjay Singh, Sylvie Su, Sven Eckert, Tobias Vogt and Olga Shishkina<\/td>\nThe structural unit of oscillatory large-scale circulation<\/td>\nS05<\/td>\nVortex Dynamics II<\/td>\n<\/tr>\n
18:15:00<\/td>\n138<\/a><\/td>\nDaigaku Katsumi, Masanobu Inubushi and Naoto Yokoyama<\/td>\nReservoir computing for prediction of intermittent reversals of large-scale vortex in two-dimensional thermal convection<\/td>\nS05<\/td>\nVortex Dynamics II<\/td>\n<\/tr>\n
18:30:00<\/td>\n141<\/a><\/td>\nXue Chen, Yongmann Chung and Minping Wan<\/td>\nEvolution of near-wall backflow region in wall-bounded flows<\/td>\nS05<\/td>\nVortex Dynamics II<\/td>\n<\/tr>\n
18:45:00<\/td>\n148<\/a><\/td>\nJihyeon Park, Junsung Choi, Ji Hun Song and Minsuk Choi<\/td>\nEffects of Nozzle Shapes and Compressibility on Formation of Synthetic Jets<\/td>\nS05<\/td>\nVortex Dynamics II<\/td>\n<\/tr>\n
17:00:00<\/td>\n143<\/a><\/td>\nPremika Thasu and Subrahmanyam Duvvuri<\/td>\nCharacterizing pressure fluctuations in a hypersonic freestream<\/td>\nSG<\/td>\nAcoustic<\/td>\n<\/tr>\n
17:15:00<\/td>\n256<\/a><\/td>\nAlexis Duddridge, Vishal Chaugule, Callum Atkinson and Julio Soria<\/td>\nDual-PIV coupled with dynamic mode decomposition to unravel the structure and dynamics of a supersonic free-jet<\/td>\nSG<\/td>\nAcoustic<\/td>\n<\/tr>\n
17:30:00<\/td>\n281<\/a><\/td>\nRavi Sankar Vaddi and Subrahmanyam Duvvuri<\/td>\nWake Dynamics of a Supersonic Cylinder<\/td>\nSG<\/td>\nAcoustic<\/td>\n<\/tr>\n
17:45:00<\/td>\n315<\/a><\/td>\nYihong Fang and Jiaming Hu<\/td>\nTwo mechanisms of sound radiation by instability waves on a subsonic jet<\/td>\nSG<\/td>\nAcoustic<\/td>\n<\/tr>\n
18:00:00<\/td>\n377<\/a><\/td>\nLuca Franceschelli, Marco Raiola and Stefano Discetti<\/td>\nJet flow feature estimation with snapshot PIV and fast probes<\/td>\nSG<\/td>\nAcoustic<\/td>\n<\/tr>\n
18:15:00<\/td>\n384<\/a><\/td>\nJonathan Stocking and Roger Oba<\/td>\nStatistics and spatio-temporal correlations of flow-induced wall pressure noise beneath an impinging round jet boundary layer<\/td>\nSG<\/td>\nAcoustic<\/td>\n<\/tr>\n
18:30:00<\/td>\n395<\/a><\/td>\nLara De Broeck, Simon G\u00f6rtz, Patrick Alter, Jan Baumg\u00e4rtner and Martin Oberlack<\/td>\nInfluence of wall impedance and temperature on the stability of turbulent high Mach number boundary layers<\/td>\nSG<\/td>\nAcoustic<\/td>\n<\/tr>\n
18:45:00<\/td>\n396<\/a><\/td>\nSimon Goertz, Lara De Broeck, Paul Hollmann, Jan-Benedikt Baumg\u00e4rtner, Patrick Alter and Martin Oberlack<\/td>\nInstability triggering by acoustic waves in a turbulent compressible shear layer<\/td>\nSG<\/td>\nAcoustic<\/td>\n<\/tr>\n
17:00:00<\/td>\n202<\/a><\/td>\nDesmond Lim and Christina Vanderwel<\/td>\nEffects of crowd density on scalar dispersion in indoor spaces<\/td>\nN01<\/td>\nTransport and Mixing II<\/td>\n<\/tr>\n
17:15:00<\/td>\n231<\/a><\/td>\nFilipe Pereira, Samuel Pellone, Tiffany Desjardins, John Charonko and Forrest Doss<\/td>\nModeling and Simulation of Materials Mixing with Practical Scale-Resolving Simulation Model<\/td>\nN01<\/td>\nTransport and Mixing II<\/td>\n<\/tr>\n
17:30:00<\/td>\n251<\/a><\/td>\nSheng-Hong Peng, Yi-Bao Zhang and Heng-Dong Xi<\/td>\nEffects of polymer additives on the entrainment of turbulent water jet<\/td>\nN01<\/td>\nTransport and Mixing II<\/td>\n<\/tr>\n
17:45:00<\/td>\n257<\/a><\/td>\nNairita Pal<\/td>\nThe Local Wavenumber Model for Turbulent Mixing<\/td>\nN01<\/td>\nTransport and Mixing II<\/td>\n<\/tr>\n
18:00:00<\/td>\n279<\/a><\/td>\nElian Bernard<\/td>\nSimoultaneous velocity and thermal field measurment using Thermochromic Liquid Crystal<\/td>\nN01<\/td>\nTransport and Mixing II<\/td>\n<\/tr>\n
18:15:00<\/td>\n280<\/a><\/td>\nCyprien Lemar\u00e9chal, Guillaume Roullet and Jonathan Gula<\/td>\nProperties of vertical plumes emanating from oceanic hydrothermal springs using LES<\/td>\nN01<\/td>\nTransport and Mixing II<\/td>\n<\/tr>\n
18:30:00<\/td>\n297<\/a><\/td>\nStefan S. Nixon, Stuart B. Dalziel and Romain Watteaux<\/td>\nExperimental detection of large-scale flow structures in a Rayleigh-Taylor instability<\/td>\nN01<\/td>\nTransport and Mixing II<\/td>\n<\/tr>\n
17:00:00<\/td>\n73<\/a><\/td>\nAndrey Aleksyuk and Matthias Heil<\/td>\nMechanisms for three-dimensional instabilities in the wake behind a cylinder<\/td>\nAirNostrum<\/td>\nInstability and Transition II<\/td>\n<\/tr>\n
17:15:00<\/td>\n108<\/a><\/td>\nGuillaume Costa, Amaury Barral and B\u00e9reng\u00e8re Dubrulle<\/td>\nSimulations of reversible Navier-Stokes equation on logarithmic lattices<\/td>\nAirNostrum<\/td>\nInstability and Transition II<\/td>\n<\/tr>\n
17:30:00<\/td>\n123<\/a><\/td>\nBeno\u00eet Semin, Tao Liu, Ramiro Godoy-Diana and Jos\u00e9 Eduardo Wesfreid<\/td>\nDynamics of turbulent structures in Couette-Poiseuille flow<\/td>\nAirNostrum<\/td>\nInstability and Transition II<\/td>\n<\/tr>\n
17:45:00<\/td>\n128<\/a><\/td>\nArtur Gesla, Laurent Martin Witkowski, Yohann Duguet and Patrick Le Qu\u00e9r\u00e9<\/td>\nNonlinear dynamics of closed axisymmetric rotor-stator flow<\/td>\nAirNostrum<\/td>\nInstability and Transition II<\/td>\n<\/tr>\n
18:00:00<\/td>\n139<\/a><\/td>\nMasako Jige, Masashi Ichimiya and Ikuo Nakamura<\/td>\nInformation analysis of spatiotemporal structure in relaminarizing turbulent boundary layer (Velocity difference in wall-normal direction)<\/td>\nAirNostrum<\/td>\nInstability and Transition II<\/td>\n<\/tr>\n
18:15:00<\/td>\n147<\/a><\/td>\nKosuke Nakagawa, Takahiro Ishida and Takahiro Tsukahara<\/td>\nParametric study on the effects of cylindrical cavities on transition in the Falkner-Skan-Cooke boundary layer<\/td>\nAirNostrum<\/td>\nInstability and Transition II<\/td>\n<\/tr>\n
18:30:00<\/td>\n152<\/a><\/td>\nTom T. B. Wester, Joachim Peinke and Gerd G\u00fclker<\/td>\nDescription of boundary layer transition from laminar to turbulent state using directed percolation<\/td>\nAirNostrum<\/td>\nInstability and Transition II<\/td>\n<\/tr>\n
18:45:00<\/td>\n425<\/a><\/td>\nDaniel Israel<\/td>\nThe Myth of URANS<\/td>\nAirNostrum<\/td>\nInstability and Transition II<\/td>\n<\/tr>\n<\/tbody>\n<\/table>\t\t\t\t\t\t\t\t<\/div>\n\t\t\t\t<\/div>\n\t\t\t\t\t<\/div>\n\t\t<\/div>\n\t\t\t\t\t<\/div>\n\t\t<\/section>\n\t\t\t\t
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Parallel Session 3 - Tuesday<\/h2>\t\t\t\t<\/div>\n\t\t\t\t<\/div>\n\t\t\t\t
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11:30:00<\/td>381<\/a><\/td>Berengere Podvin, Laurent Soucasse, Philippe Rivi\u00e8re, Anouar Soufiani and Francois Yvon<\/td>Global and local organization of the convective heat flux in turbulent Rayleigh-B\u00e9nard convection<\/td>Hall<\/td>Boundary Layers III<\/td><\/tr>
11:45:00<\/td>410<\/a><\/td>Davide Duri, Alain Girard, Nicolas Luchier, Etienne Studer, Ulrich Bieder and Songzhi Yang<\/td>3D LES of free convection from a side-heated vertical wall with cryogenic helium up to Ra~10^15<\/td>Hall<\/td>Boundary Layers III<\/td><\/tr>
12:00:00<\/td>412<\/a><\/td>Peder J. Olesen, Azur Hodzic, S\u00f8ren J. Andersen and Clara M. Velte<\/td>Identification of dissipative flow structures using dissipation-optimized proper orthogonal decomposition<\/td>Hall<\/td>Boundary Layers III<\/td><\/tr>
12:15:00<\/td>419<\/a><\/td>Franz-Theo Sch\u00f6n, Ion Dan Borcia, Uwe Harlander, Rodica Borcia, Sebastian Richter and Michael Bestehorn<\/td>Water sloshing experiments in a circular tank with submerged topography<\/td>Hall<\/td>Boundary Layers III<\/td><\/tr>
12:30:00<\/td>422<\/a><\/td>Antonio Cu\u00e9llar Mart\u00edn, Alejandro G\u00fcemes, Andrea Ianiro, Ricardo Vinuesa, \u00d3scar Flores and Stefano Discetti<\/td>From wall measurements to three-dimensional turbulent-flow fields<\/td>Hall<\/td>Boundary Layers III<\/td><\/tr>
12:45:00<\/td>439<\/a><\/td>Matthew Falcone and Shuisheng He<\/td>A comparison of spatially and temporally accelerating flows<\/td>Hall<\/td>Boundary Layers III<\/td><\/tr>
13:00:00<\/td>446<\/a><\/td>Bahare Jahani, Michael MacDonald and Stuart Norris<\/td>Multiscale DNS modelling of turbulent destratification of open channel flow for Pr = 0.71 and 7<\/td>Hall<\/td>Boundary Layers III<\/td><\/tr>
13:15:00<\/td>452<\/a><\/td>Mordechai Abu, Meital Geva, Lizeth Rubio, Krishanu Kumar and Mark Last<\/td>Predicting Water Surface Elevation Based on the Turbulent Airflow Overlying the Waves: a Novel Machine Learning Approach<\/td>Hall<\/td>Boundary Layers III<\/td><\/tr>
11:30:00<\/td>159<\/a><\/td>Klara Jurcakova and Radka Kellnerova<\/td>Frozen-turbulence hypothesis in wind-tunnel model of atmospheric boundary layer<\/td>S01<\/td>Vortex Dynamics III<\/td><\/tr>
11:45:00<\/td>167<\/a><\/td>Rodolfo Ostilla Monico, Ryan McKeown, Shmuel Rubinstein, Michael Brenner and Alain Pumir<\/td>Energy transfer and vortex structures: Visualizing the incompressible turbulent energy cascade<\/td>S01<\/td>Vortex Dynamics III<\/td><\/tr>
12:00:00<\/td>204<\/a><\/td>Cai Tian, Jianxun Zhu and Lars Erik Holmedal<\/td>Wake behind a step cylinder from laminar to turbulent<\/td>S01<\/td>Vortex Dynamics III<\/td><\/tr>
12:15:00<\/td>207<\/a><\/td>Juan Manuel Catal\u00e1n G\u00f3mez, Stefano Olivieri, Manuel Garc\u00eda-Villalba and Oscar Flores Arias<\/td>Free-stream turbulence generation at low Reynolds number: a comparison between synthetic and grid-induced turbulence<\/td>S01<\/td>Vortex Dynamics III<\/td><\/tr>
12:30:00<\/td>209<\/a><\/td>Asif Shahriar Nafi, Nikolaos Beratlis, Elias Balaras and Roi Gurka<\/td>Numerical Study of Owls\u2019 Leading-edge Serrations<\/td>S01<\/td>Vortex Dynamics III<\/td><\/tr>
12:45:00<\/td>216<\/a><\/td>Savyaraj Deshmukh, Alessia Ferraro and Tobias Schneider<\/td>Turbulent patterns and the underlying invariant solutions in a continuum model of active fluids<\/td>S01<\/td>Vortex Dynamics III<\/td><\/tr>
13:00:00<\/td>218<\/a><\/td>Xinru Wang, Cai Tian, Jianxun Zhu, Jiaqi Wang and Lars Erik Holmedal<\/td>Numerical investigation on Honji instability for oscillatory flow past a step cylinder<\/td>S01<\/td>Vortex Dynamics III<\/td><\/tr>
13:15:00<\/td>219<\/a><\/td>Lars Erik Holmedal, Bj\u00f8rn Holmedal, Jianxun Zhu and Hong Wang<\/td>Application of a new method for vizualization of flow structures<\/td>S01<\/td>Vortex Dynamics III<\/td><\/tr>
11:30:00<\/td>32<\/a><\/td>Amaury Barral and Berengere Dubrulle<\/td>Asymptotic Ultimate Regime of Homogeneous Rayleigh-B\u00e9nard Convection on Logarithmic Lattices<\/td>S02<\/td>Geophysical
Flows IV<\/td><\/tr>
11:45:00<\/td>39<\/a><\/td>John Panickacheril John and Joerg Schumacher<\/td>Highly stratified compressible turbulent convection<\/td>S02<\/td>Geophysical
Flows IV<\/td><\/tr>
12:00:00<\/td>44<\/a><\/td>Jiaxing Song, Olga Shishkina and Xiaojue Zhu<\/td>Scaling regimes in rapidly rotating turbulent convection<\/td>S02<\/td>Geophysical
Flows IV<\/td><\/tr>
12:15:00<\/td>81<\/a><\/td>Olga Shishkina and Robert E. Ecke<\/td>Model for the transition between the buoyancy and rotation dominance in rotating Rayleigh-Benard convection<\/td>S02<\/td>Geophysical
Flows IV<\/td><\/tr>
12:30:00<\/td>346<\/a><\/td>Pavel Urban, Tom\u00e1\u0161 Kr\u00e1l\u00edk, V\u011bra Musilov\u00e1, Pavel Hanzelka, David Schmoranzer and Ladislav Skrbek<\/td>Thermal waves and heat transfer efficiency enhancement in harmonically modulated turbulent thermal convection<\/td>S02<\/td>Geophysical
Flows IV<\/td><\/tr>
12:45:00<\/td>380<\/a><\/td>Stefano Brizzolara, Jean-Paul Mollicone, Maarten van Reeuwijk, Andrea Mazzino and Markus Holzner<\/td>Transition from shear-dominated to Rayleigh-Taylor turbulence<\/td>S02<\/td>Geophysical
Flows IV<\/td><\/tr>
13:00:00<\/td>474<\/a><\/td>Shahzad Sarwar and Susanne Horn<\/td>Exploring Jump Rope Vortex Dynamics in Turbulent Liquid Metal Rayleigh-B’enard Convection Under Diverse Mechanical Boundary Conditions<\/td>S02<\/td>Geophysical
Flows IV<\/td><\/tr>
13:15:00<\/td>480<\/a><\/td>Roshan Samuel and Mahendra Verma<\/td>Bolgiano-Obukhov Scaling in Two-Dimensional Rayleigh-B\u00e9nard Convection<\/td>S02<\/td>Geophysical
Flows IV<\/td><\/tr>
11:30:00<\/td>188<\/a><\/td>Tingting Li, Zhiwen Cui, Ying Zhang, Qiang Zhou and Lihao Zhao<\/td>Particle Transport in Compressible Turbulent Vertical Channel Flows<\/td>S03<\/td>Multiphas and
Non-Newtonian III<\/td><\/tr>
11:45:00<\/td>124<\/a><\/td>Alessandra Sabina Lanotte, Matthaus Baebler, Luca Biferale and Graziano Frungieri<\/td>Breakup of inertial aggregates in homogeneous and isotropic turbulence<\/td>S03<\/td>Multiphas and
Non-Newtonian III<\/td><\/tr>
12:00:00<\/td>133<\/a><\/td>Bilal Khan Yusufi, Zoran Kapelan and Dhruv Mehta<\/td>Rheology-based wall function approach for wall-bounded turbulent non-Newtonian flows<\/td>S03<\/td>Multiphas and
Non-Newtonian III<\/td><\/tr>
12:15:00<\/td>150<\/a><\/td>Christian Amor, Giovanni Soligo, Andrea Mazzino, Soledad Le Clainche and Marco Edoardo Rosti<\/td>On the structure of turbulence in shear-thinning planar jets<\/td>S03<\/td>Multiphas and
Non-Newtonian III<\/td><\/tr>
12:30:00<\/td>160<\/a><\/td>Sofia Saoncella, Fredrik Lundell and Shervin Bagheri<\/td>Experimental study on friction drag modification induced by a Liquid-Infused Surface in a turbulent flow<\/td>S03<\/td>Multiphas and
Non-Newtonian III<\/td><\/tr>
12:45:00<\/td>172<\/a><\/td>Feng Wang, Yi-Bao Zhang and Heng-Dong Xi<\/td>Polymer additives induced axial-aligned small-scale structures in a turbulent von K\u00e1rm\u00e1n swirling \ufb02ow<\/td>S03<\/td>Multiphas and
Non-Newtonian III<\/td><\/tr>
13:00:00<\/td>183<\/a><\/td>Stefano Olivieri, Andrea Mazzino and Marco E. Rosti<\/td>Suspensions of finite-size elastic fibers in ideal turbulence<\/td>S03<\/td>Multiphas and
Non-Newtonian III<\/td><\/tr>
11:30:00<\/td>233<\/a><\/td>Davide Gatti, Stefano Cipelli, Federica Gattere, Alessandro Chiarini, Paolo Luchini and Maurizio Quadeio<\/td>Accurate and efficient direct numerical simulation of turbulent drag reduction via riblets<\/td>S04<\/td>Control of Turbulent flows III<\/td><\/tr>
11:45:00<\/td>235<\/a><\/td>Tao Liu, Michael Wilkes, David Swailes and Richard Whalley<\/td>On the detection and characterisation of intermittent low-drag behaviour in turbulent boundary-layer flows<\/td>S04<\/td>Control of Turbulent flows III<\/td><\/tr>
12:00:00<\/td>238<\/a><\/td>Jiahao Kong, Luke Bennetts, Bagus Nugroho, Chiip Chan and Rey Chin<\/td>The investigation of friction velocity determination techniques for turbulent boundary layers influenced by miniature vortex<\/td>S04<\/td>Control of Turbulent flows III<\/td><\/tr>
12:15:00<\/td>265<\/a><\/td>Peter Haun and Christoph Egbers<\/td>Thermo electro hydrodynamic convection at moderate Rayleigh numbers in rectangular cavity<\/td>S04<\/td>Control of Turbulent flows III<\/td><\/tr>
12:30:00<\/td>275<\/a><\/td>Michael H\u00f6lling, Lars Neuhaus and Joachim Peinke<\/td>The amazing possibilities in generating user-defined turbulent flows using active grids<\/td>S04<\/td>Control of Turbulent flows III<\/td><\/tr>
12:45:00<\/td>289<\/a><\/td>Prince Charles, Karthikeyan Jagadeesan and Vagesh D. Narasimhamurthy<\/td>Effect of a pintle orifice on planar turbulent jet flows: a DNS study<\/td>S04<\/td>Control of Turbulent flows III<\/td><\/tr>
13:00:00<\/td>293<\/a><\/td>Maurizio Quadrio, Alessandro Chiarini, Andrea Conforti and Federica Gattere<\/td>Spanwise forcing for turbulent drag reduction: the meaning of the optimal oscillation period<\/td>S04<\/td>Control of Turbulent flows III<\/td><\/tr>
13:15:00<\/td>294<\/a><\/td>Shijun Chu, Ashely Willis and Elena Marensi<\/td>Optimized transition of buoyancy-suppressed turbulence in vertical pipe flow<\/td>S04<\/td>Control of Turbulent flows III<\/td><\/tr>
11:30:00<\/td>9<\/a><\/td>Ron Shnapp<\/td>A scale-independent observable for turbulent pair-dispersion<\/td>S05<\/td>Lagrangian turbulence I<\/td><\/tr>
11:45:00<\/td>29<\/a><\/td>Antoine Barlet, Andr\u00e9 Considera, Simon Thalabard and Alexei Mailybaev<\/td>Characterising spontaneous stochasticity in turbulence with path entropy<\/td>S05<\/td>Lagrangian turbulence I<\/td><\/tr>
12:00:00<\/td>40<\/a><\/td>Stefano Berti and Guillaume Lapeyre<\/td>Fine-scale ocean turbulence and Lagrangian dispersion<\/td>S05<\/td>Lagrangian turbulence I<\/td><\/tr>
12:15:00<\/td>56<\/a><\/td>Linfeng Jiang, Cheng Wang, Shuang Liu, Chao Sun and Enrico Calzavarini<\/td>Accelerations, orientations and rotations of large spheroids in turbulent flows<\/td>S05<\/td>Lagrangian turbulence I<\/td><\/tr>
12:30:00<\/td>61<\/a><\/td>Chiara Calascibetta, Luca Biferale, Francesco Borra, Antonio Celani and Massimo Cencini<\/td>Optimal strategies to catch a drifting target in turbulence<\/td>S05<\/td>Lagrangian turbulence I<\/td><\/tr>
12:45:00<\/td>80<\/a><\/td>Ron Shnapp, Yardena Bohbot-Raviv, Eyal Fattal and Alex Liberzon<\/td>On local isotropy and scale dependence of pair dispersion in a wind tunnel canopy flow<\/td>S05<\/td>Lagrangian turbulence I<\/td><\/tr>
13:00:00<\/td>87<\/a><\/td>Luca Biferale, Michele Buzzicotti, Fabio Bonaccorso and Martino Scarpolini<\/td>Lagrangian data generation by Machine Learning<\/td>S05<\/td>Lagrangian turbulence I<\/td><\/tr>
13:15:00<\/td>506<\/a><\/td>Shahbozbek Abdunabiev, Mina Golsham, Antonella Abba and Daniela Tordella<\/td>Free flying cluster of miniaturized radiosondes for multi-parameter atmospheric fluctuation observations<\/td>S05<\/td>Lagrangian turbulence I<\/td><\/tr>
11:30:00<\/td>2<\/a><\/td>Francesco Pecora, Yan Yang, Alexandros Chasapis, Sergio Servidio, Manuel Cuesta, Sohom Roy, Rohit Chhiber, Riddhi Bandyopadhyay, Daniel J. Gershman, Barbara Giles, Jim L. Burch and William H. Matthaeus<\/td>Relaxation of the turbulent magnetosheath<\/td>SG<\/td>Magneto Hydrodynamics I<\/td><\/tr>
11:45:00<\/td>86<\/a><\/td>Long Chen, Haitao Zhu and Mingjiu Ni<\/td>Flow regimes of natural convection in a horizontal magnetic field<\/td>SG<\/td>Magneto Hydrodynamics I<\/td><\/tr>
12:00:00<\/td>48<\/a><\/td>Bruno Magacho da Silva, Hugo Saraiva Tavares, Luca Moriconi and Juliana Loureiro<\/td>A lattice-Boltzmann multiple-relaxation-time model for the induction equation of magnetohydrodynamics at low magnetic Reynolds numbers<\/td>SG<\/td>Magneto Hydrodynamics I<\/td><\/tr>
12:15:00<\/td>54<\/a><\/td>Arijit Halder, Supratik Banerjee, Anando Gopal Chatterjee and Manohar Kumar Sharma<\/td>Two channels of energy transfer due to the Hall term in turbulent dynamos<\/td>SG<\/td>Magneto Hydrodynamics I<\/td><\/tr>
12:30:00<\/td>58<\/a><\/td>Shashwat Bhattacharya, Thomas Boeck, Dmitry Krasnov and J\u00f6rg Schumacher<\/td>Magnetic-field-gradient and sidewall effects in magnetoconvection<\/td>SG<\/td>Magneto Hydrodynamics I<\/td><\/tr>
12:45:00<\/td>70<\/a><\/td>Supratik Banerjee, Arijit Halder and Nandita Pan<\/td>A new principle for the turbulent relaxation of fluids and plasmas: looking beyond the principle of selective decay<\/td>SG<\/td>Magneto Hydrodynamics I<\/td><\/tr>
13:00:00<\/td>74<\/a><\/td>Nandita Pan, Supratik Banerjee and Arijit Halder<\/td>Signature of pressure-balanced relaxed states in binary fluid turbulence<\/td>SG<\/td>Magneto Hydrodynamics I<\/td><\/tr>
11:30:00<\/td>303<\/a><\/td>Heng-Dong Xi, Sheng-Hong Peng and Yi-Bao Zhang<\/td>Mixing and entrainment in polymer-laden jet<\/td>N01<\/td>Transport and Mixing III<\/td><\/tr>
11:45:00<\/td>328<\/a><\/td>Jo\u00ebl Petit, Antoine Briard, Beno\u00eet-Joseph Gr\u00e9a and Luminita Danaila<\/td>Effects of large density contrasts in Unstably Stratified Homogeneous Turbulence<\/td>N01<\/td>Transport and Mixing III<\/td><\/tr>
12:00:00<\/td>330<\/a><\/td>Andr\u00e9s Castillo-Castellanos, Beno\u00eet-Joseph Gr\u00e9a, Antoine Briard and Louis Gostiaux<\/td>Turbulent mixing induced by surface waves in stratified fluids<\/td>N01<\/td>Transport and Mixing III<\/td><\/tr>
12:15:00<\/td>333<\/a><\/td>Bahad\u0131r Turkyilmaz, Elian Bernard, Jesus Oscar Rodr\u00edguez Garc\u00eda, Micka\u00ebl Bourgoin and \u00c1rmann Gylfason<\/td>Non-intrusive and simultaneous measurements of the Lagrangian dynamics and the fluid temperature field applied to study of the thermal plumes in turbulent Rayleigh\u2013B\u00e9nard convection.<\/td>N01<\/td>Transport and Mixing III<\/td><\/tr>
12:30:00<\/td>344<\/a><\/td>Woochan Kim, Kang Yong Lee and Sang Kug Chung<\/td>Viscous droplet mixing enhancement using an acoustically oscillating bubble<\/td>N01<\/td>Transport and Mixing III<\/td><\/tr>
12:45:00<\/td>356<\/a><\/td>Omer Babiker, Ivar Bjerkeb\u00e6k, Anqing Xuan, Lian Shen and Simen \u00c5 Ellingsen<\/td>Surface attached vortices as a proxy for mass transfer in free-surface turbulent flow<\/td>N01<\/td>Transport and Mixing III<\/td><\/tr>
13:00:00<\/td>379<\/a><\/td>Andrea Cimarelli, Gabriele Boga and Enrico Stalio<\/td>On the role of large-anisotropic and small-isotropic motions on turbulent entrainment and mixing<\/td>N01<\/td>Transport and Mixing III<\/td><\/tr>
13:15:00<\/td>423<\/a><\/td>Federico Dalla Barba, Pedro Costa and Francesco Picano<\/td>A wall-model LES methodology for complex geometries and particulate transport<\/td>N01<\/td>Transport and Mixing III<\/td><\/tr>
11:30:00<\/td>155<\/a><\/td>Haihan Liu, Baofang Song and Duo Xu<\/td>Linear instability of pulsatile polymer channel flow<\/td>AirNostrum<\/td>Instability and Transition III<\/td><\/tr>
11:45:00<\/td>163<\/a><\/td>Jeremy Parker, Zheng Zheng, Pierre Beck, Omid Ashtari and Tobias Schneider<\/td>Ghost hunting: finding solutions which don\u2019t exist<\/td>AirNostrum<\/td>Instability and Transition III<\/td><\/tr>
12:00:00<\/td>166<\/a><\/td>Benjamin Bugeat, Pietro Boldini and Rene Pecnik<\/td>Instabilities in boundary layers featuring a strong localised viscosity gradient<\/td>AirNostrum<\/td>Instability and Transition III<\/td><\/tr>
12:15:00<\/td>213<\/a><\/td>Enzo Francisco and S\u00e9bastien Auma\u00eetre<\/td>Quantitative spatio-temporal measurements of the dissipation rate by Diffusing-Wave Spectroscopy<\/td>AirNostrum<\/td>Instability and Transition III<\/td><\/tr>
12:30:00<\/td>217<\/a><\/td>Omid Ashtari, Zheng Zheng and Tobias M. Schneider<\/td>Adjoint-based variational method for constructing invariant solutions of wall-bounded fluid flows<\/td>AirNostrum<\/td>Instability and Transition III<\/td><\/tr>
12:45:00<\/td>247<\/a><\/td>Jos\u00e9 Manuel Fa\u00fandez Alarc\u00f3n, Ardeshir Hanifi, Andr\u00e9 Cavalieri and Dan Henningson<\/td>The relevance of secondary instabilities in spots nucleation on a flat plate boundary layer<\/td>AirNostrum<\/td>Instability and Transition III<\/td><\/tr>
13:00:00<\/td>261<\/a><\/td>P\u00e9ter Tam\u00e1s Nagy<\/td>On the conditional stability of shear flows<\/td>AirNostrum<\/td>Instability and Transition III<\/td><\/tr><\/tbody><\/table>\t\t\t\t\t\t\t\t<\/div>\n\t\t\t\t<\/div>\n\t\t\t\t\t<\/div>\n\t\t<\/div>\n\t\t\t\t\t<\/div>\n\t\t<\/section>\n\t\t\t\t
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Parallel Session 4 - Tuesday<\/h2>\t\t\t\t<\/div>\n\t\t\t\t<\/div>\n\t\t\t\t
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15:00:00<\/td>\n13<\/a><\/td>\nBerengere Dubrulle, Guillaume Costa, Amaury Barral, Quentin Pikeroen, Giorgio Krstulovic, Vishwanath Shukla and Simon Thalabard<\/td>\nEfficiency of Turbulence and weak dissipative solutions of Navier-Stokes<\/td>\nHall<\/td>\nIntermittency and scaling I<\/td>\n<\/tr>\n
15:15:00<\/td>\n37<\/a><\/td>\nHang-Yu Zhu, Jin-Han Xie and Ke-Qing Xia<\/td>\nExperimental investigation of the circulation in quasi-2D turbulence<\/td>\nHall<\/td>\nIntermittency and scaling I<\/td>\n<\/tr>\n
15:30:00<\/td>\n65<\/a><\/td>\nLukas Bentkamp, Maurizio Carbone and Michael Wilczek<\/td>\nStatistical field theory for a stochastic linear advection-stretching model for turbulence<\/td>\nHall<\/td>\nIntermittency and scaling I<\/td>\n<\/tr>\n
15:45:00<\/td>\n88<\/a><\/td>\nLeon Li and R. Jason Hearst<\/td>\nThe effects of freestream turbulence on cylinder wakes<\/td>\nHall<\/td>\nIntermittency and scaling I<\/td>\n<\/tr>\n
16:00:00<\/td>\n92<\/a><\/td>\nMengjie Ding, Jin-Han Xie and Jianchun Wang<\/td>\nDeparture from the statistical equilibrium of large scales in three-dimensional hydrodynamic turbulence<\/td>\nHall<\/td>\nIntermittency and scaling I<\/td>\n<\/tr>\n
16:15:00<\/td>\n136<\/a><\/td>\nFrancois Schmitt<\/td>\nScaling properties of irreversibility indices in fully developped turbulence<\/td>\nHall<\/td>\nIntermittency and scaling I<\/td>\n<\/tr>\n
16:30:00<\/td>\n151<\/a><\/td>\nChuhan Wang, Le Fang, Zhan Wang and Chunxiao Xu<\/td>\nDiagnostic of Fourier triad-phase synchronisation via a phase-frozen model in 1D Burgers and 3D Navier-Stokes flows<\/td>\nHall<\/td>\nIntermittency and scaling I<\/td>\n<\/tr>\n
16:45:00<\/td>\n157<\/a><\/td>\nFarid Aligolzadeh, Pawel Baj and James R. Dawson<\/td>\nTurbulence decay in a von K\u00e1rm\u00e1n swirling flow<\/td>\nHall<\/td>\nIntermittency and scaling I<\/td>\n<\/tr>\n
15:00:00<\/td>\n241<\/a><\/td>\nYi-Zhen Li, Ao Xu and Heng-Dong Xi<\/td>\nControlling the reversal of the large-scale circulation in thermal turbulence<\/td>\nS01<\/td>\nVortex Dynamics IV<\/td>\n<\/tr>\n
15:15:00<\/td>\n245<\/a><\/td>\nYutaro Motoori, Jun Fujino and Susumu Goto<\/td>\nHierarchy of coherent vortices and energy cascade in turbulence behind a cylinder<\/td>\nS01<\/td>\nVortex Dynamics IV<\/td>\n<\/tr>\n
15:30:00<\/td>\n252<\/a><\/td>\nPerry Johnson<\/td>\nTwo Fundamental Relations for Turbulent Flows<\/td>\nS01<\/td>\nVortex Dynamics IV<\/td>\n<\/tr>\n
15:45:00<\/td>\n255<\/a><\/td>\nArupjyoti Das, Manohar K Sharma, Avishek Ranjan and Mahendra K Verma<\/td>\nWavy modes in forced rotating turbulence cause bursting<\/td>\nS01<\/td>\nVortex Dynamics IV<\/td>\n<\/tr>\n
16:00:00<\/td>\n262<\/a><\/td>\nHao Zheng, Xin Chen, Yi-Bao Zhang and Hengdong Xi<\/td>\nMeasured three-dimensional flow structure in aspect ratio 1\/10 turbulent Rayleigh-Benard convection<\/td>\nS01<\/td>\nVortex Dynamics IV<\/td>\n<\/tr>\n
16:15:00<\/td>\n271<\/a><\/td>\nAbhishek Paraswarar Harikrishnan, Adam Cheminet, Damien Geneste, Antoine Barlet, Christophe Cuvier, Fran\u00e7ois Daviaud, Jean-Marc Foucaut, Jean-Philippe Laval, Vincent Padilla, C\u00e9cile Wiertel-Gasquet, Caroline Nore, Melvin Creff, Hugues Faller, Lo\u00efc Cappanera, Jean-Luc Guermond, Benjamin Musci, Jean Le Bris and B\u00e9reng\u00e8re Dubrulle<\/td>\nNumerical and experimental direct observation of vortex reconnection in a turbulent swirling flow<\/td>\nS01<\/td>\nVortex Dynamics IV<\/td>\n<\/tr>\n
16:30:00<\/td>\n277<\/a><\/td>\nYuji Hattori, Ivan Delbende and Maurice Rossi<\/td>\nTurbulent transition of helical vortices<\/td>\nS01<\/td>\nVortex Dynamics IV<\/td>\n<\/tr>\n
16:45:00<\/td>\n283<\/a><\/td>\nRyo Araki, Wouter Bos and Susumu Goto<\/td>\nEnstrophy flux and physical-space locality in three-dimensional turbulence<\/td>\nS01<\/td>\nVortex Dynamics IV<\/td>\n<\/tr>\n
15:00:00<\/td>\n10<\/a><\/td>\nDetlef Lohse, Rui Yang, Christopher Howland, Hao-Ran Liu and Roberto Verzicco<\/td>\nIce melting in salty water: layering and non-monotonic dependence on the mean salinity<\/td>\nS02<\/td>\nGeophysical
Flows V<\/td>\n<\/tr>\n
15:15:00<\/td>\n17<\/a><\/td>\nRui Yang, Christopher Howland, Hao-Ran Liu, Roberto Verzicco and Detlef Lohse<\/td>\nShape effect of ice melting in flow<\/td>\nS02<\/td>\nGeophysical
Flows V<\/td>\n<\/tr>\n
15:30:00<\/td>\n22<\/a><\/td>\nCostanza Rodda, Cl\u00e9ment Savaro, Vincent Bouillaut, Pierre Augier, Joel Sommeria and Nicolas Mordant<\/td>\nStrongly non linear wave turbulence in stratified water<\/td>\nS02<\/td>\nGeophysical
Flows V<\/td>\n<\/tr>\n
15:45:00<\/td>\n77<\/a><\/td>\nLin-Fan Zhang and Jin-Han Xie<\/td>\nThe catalytic effect of near-inertial waves on beta-plane zonal jets<\/td>\nS02<\/td>\nGeophysical
Flows V<\/td>\n<\/tr>\n
16:00:00<\/td>\n134<\/a><\/td>\nLouis-Alexandre Couston<\/td>\nTurbulent mixing in subglacial ocean flows<\/td>\nS02<\/td>\nGeophysical
Flows V<\/td>\n<\/tr>\n
16:15:00<\/td>\n507<\/a><\/td>\nL Fossa, Shahbozbek Abdunabiev, Mina Golsham and Daniela Tordella<\/td>\nMicrophysical time scales, supersaturation fluctuations and at a warm Cloud Top Boundary intemporal decay<\/td>\nS02<\/td>\nGeophysical
Flows V<\/td>\n<\/tr>\n
16:30:00<\/td>\n144<\/a><\/td>\nAlok Mishra, Nitish Arya and Amitabh Bhattacharya<\/td>\nEffect of Topography on Wake Steering In Wind Farms<\/td>\nS02<\/td>\nGeophysical
Flows V<\/td>\n<\/tr>\n
16:45:00<\/td>\n490<\/a><\/td>\nHaris Shahzad, Stefan Hickel and Davide Modesti<\/td>\nNovel orifice configurations for aerodynamically and acoustically optimised acoustic liner geometries<\/td>\nS02<\/td>\nGeophysical
Flows V<\/td>\n<\/tr>\n
15:00:00<\/td>\n191<\/a><\/td>\nShuojin Li, Chunxiao Xu and Lihao Zhao<\/td>\nHeat transfer of inertial particles in homogeneous isotropic turbulence<\/td>\nS03<\/td>\nMultiphase and
Non-Newtonian IV<\/td>\n<\/tr>\n
15:15:00<\/td>\n194<\/a><\/td>\nMarco Crialesi Esposito, Guido Boffetta, Luca Brandt, Sergio Chibbaro and Stefano Musacchio<\/td>\nIntermittency in turbulent emulsions<\/td>\nS03<\/td>\nMultiphase and
Non-Newtonian IV<\/td>\n<\/tr>\n
15:30:00<\/td>\n206<\/a><\/td>\nNiklas Hidman, Henrik Str\u00f6m, Srdjan Sasic and Gaetano Sardina<\/td>\nPassive scalar spectra in turbulent suspensions of bubbles<\/td>\nS03<\/td>\nMultiphase and
Non-Newtonian IV<\/td>\n<\/tr>\n
15:45:00<\/td>\n215<\/a><\/td>\nAli\u00e9nor Rivi\u00e8re, Laurent Duchemin, Christophe Josserand and St\u00e9phane Perrard<\/td>\nStochastic deformations of bubbles in turbulence<\/td>\nS03<\/td>\nMultiphase and
Non-Newtonian IV<\/td>\n<\/tr>\n
16:00:00<\/td>\n236<\/a><\/td>\nAmy Tinklenberg, Michele Guala and Filippo Coletti<\/td>\nDisks falling in turbulent air<\/td>\nS03<\/td>\nMultiphase and
Non-Newtonian IV<\/td>\n<\/tr>\n
16:15:00<\/td>\n243<\/a><\/td>\nAdri\u00e1n Corrochano, Rodrigo Abad\u00eda-Heredia, Marco Crialesi-Esposito, Luca Brandt and Soledad Le Clainche<\/td>\nUnsteady flow feature extraction of flapping events<\/td>\nS03<\/td>\nMultiphase and
Non-Newtonian IV<\/td>\n<\/tr>\n
16:30:00<\/td>\n246<\/a><\/td>\nQi Wu, Yousheng Zhang, Baoqing Meng, Yipeng Shi and Baolin Tian<\/td>\nParticle-volume-fraction effect on width of re-shocked Richtmyer-Meshkov mixing<\/td>\nS03<\/td>\nMultiphase and
Non-Newtonian IV<\/td>\n<\/tr>\n
16:45:00<\/td>\n250<\/a><\/td>\nJean-Paul van Woensel and Marco Rosti<\/td>\nTurbulent viscoelastic mixing layers<\/td>\nS03<\/td>\nMultiphase and
Non-Newtonian IV<\/td>\n<\/tr>\n
15:00:00<\/td>\n306<\/a><\/td>\nAnnika Frede and Davide Gatti<\/td>\nNumerical investigation of homogeneous blowing and suction on transonic airfoils<\/td>\nS04<\/td>\nControl of Turbulent flows IV<\/td>\n<\/tr>\n
15:15:00<\/td>\n310<\/a><\/td>\nIbrahim Mert Hakligor, Gokturk Memduh Ozkan and Huseyin Akilli<\/td>\nFlow measurements in the wake of screen cylinders in shallow water<\/td>\nS04<\/td>\nControl of Turbulent flows IV<\/td>\n<\/tr>\n
15:30:00<\/td>\n321<\/a><\/td>\nFederica Gattere, Alessandro Chiarini, Massimo Zanolini, Davide Gatti, Matteo Bernardini and Maurizio Quadrio<\/td>\nTurbulent drag reduction with streamwise travelling waves in compressible regime<\/td>\nS04<\/td>\nControl of Turbulent flows IV<\/td>\n<\/tr>\n
15:45:00<\/td>\n327<\/a><\/td>\nFabian H\u00fcbenthal, Marian Albers, Matthias Meinke and Wolfgang Schr\u00f6der<\/td>\nSurrogate-based optimization of actuation parameters for active drag reduction in turbulent boundary layer flows<\/td>\nS04<\/td>\nControl of Turbulent flows IV<\/td>\n<\/tr>\n
16:00:00<\/td>\n332<\/a><\/td>\nEneko Lazpita, Mahesh Nagargoje, Jes\u00fas Garicano, Eusebio Valero, Maria Villalba-Orero, Enrique Lara-Pezzi and Soledad Le Clainche<\/td>\nFlow patterns in turbulent cardiac flows using computational fluid dynamics and classical analysis tools<\/td>\nS04<\/td>\nControl of Turbulent flows IV<\/td>\n<\/tr>\n
16:15:00<\/td>\n340<\/a><\/td>\nJinghong Su, Junwu Wang and Chao Sun<\/td>\nDrag modulation in two-phase Taylor-Couette flow with droplets<\/td>\nS04<\/td>\nControl of Turbulent flows IV<\/td>\n<\/tr>\n
16:30:00<\/td>\n341<\/a><\/td>\nLinsheng Zhang, Colin Crick and Rob Poole<\/td>\nA novel approach to characterize the degradation of a superhydrophobic surface in turbulent channel flow<\/td>\nS04<\/td>\nControl of Turbulent flows IV<\/td>\n<\/tr>\n
15:00:00<\/td>\n104<\/a><\/td>\nAdam Cheminet<\/td>\nInvestigation and multifractal description of a Lagrangian irreversibility indicator in an experimental Von Karman turbulent flow<\/td>\nS05<\/td>\nLagrangian turbulence II<\/td>\n<\/tr>\n
15:15:00<\/td>\n105<\/a><\/td>\nMichael Maalouly, Gilmar Mompean and Stefano Berti<\/td>\nLagrangian particle dynamics in weakly ageostrophic surface ocean turbulence<\/td>\nS05<\/td>\nLagrangian turbulence II<\/td>\n<\/tr>\n
15:30:00<\/td>\n224<\/a><\/td>\nYaxing Li, Yifan Wang and Filippo Coletti<\/td>\nParticle Pair Dispersion in Free Surface Turbulence: On Intermittency and Divergence<\/td>\nS05<\/td>\nLagrangian turbulence II<\/td>\n<\/tr>\n
15:45:00<\/td>\n156<\/a><\/td>\nTobias B\u00e4tge, Itzhak Fouxon and Michael Wilczek<\/td>\nPrediction of sling events at high Reynolds numbers<\/td>\nS05<\/td>\nLagrangian turbulence II<\/td>\n<\/tr>\n
16:00:00<\/td>\n174<\/a><\/td>\nFrancesco Michele Ventrella, Guido Boffetta, Filippo De Lillo, Jean-Luc Thiffeault, Massimo Cencini and Nimish Pujara<\/td>\nMicroswimmers in surface gravity waves<\/td>\nS05<\/td>\nLagrangian turbulence II<\/td>\n<\/tr>\n
16:15:00<\/td>\n161<\/a><\/td>\nSeunghwan Shin and Filippo Coletti<\/td>\nDense Particle Suspensions in Quasi-2D Turbulence<\/td>\nS05<\/td>\nLagrangian turbulence II<\/td>\n<\/tr>\n
15:00:00<\/td>\n90<\/a><\/td>\nGary Zank, Lingling Zhao, Laxman Adhikari, Masaru Nakanatoni, Alex Pitna and Daniele Telloni<\/td>\nOn Magnetohydrodynamics, Fluctuations, Structures, and Turbulence<\/td>\nSG<\/td>\nMagneto Hydrodynamics II<\/td>\n<\/tr>\n
15:15:00<\/td>\n193<\/a><\/td>\nMatthew McCormack, Andrei Teimurazov, Olga Shishkina and Moritz Linkmann<\/td>\nConnecting buoyancy dominated and magnetically dominated regimes in magnetoconvection<\/td>\nSG<\/td>\nMagneto Hydrodynamics II<\/td>\n<\/tr>\n
15:30:00<\/td>\n203<\/a><\/td>\nMattias Brynjell-Rahkola, Yohann Duguet and Thomas Boeck<\/td>\nTransition in channel flow with a spanwise magnetic field<\/td>\nSG<\/td>\nMagneto Hydrodynamics II<\/td>\n<\/tr>\n
15:45:00<\/td>\n267<\/a><\/td>\nAntoine Briard and Beno\u00eet-Joseph Gr\u00e9a<\/td>\nThe turbulent magnetic Rayleigh-Taylor instability<\/td>\nSG<\/td>\nMagneto Hydrodynamics II<\/td>\n<\/tr>\n
16:00:00<\/td>\n409<\/a><\/td>\nSamy Lalloz, Alban Potherat, Laurent Davoust and Fran\u00e7ois Debray<\/td>\nCharacterisation of confined Alfv\u00e9n waves at low magnetic Reynolds number<\/td>\nSG<\/td>\nMagneto Hydrodynamics II<\/td>\n<\/tr>\n
16:15:00<\/td>\n453<\/a><\/td>\nSoumyadeep Chatterjee, Rodion Stepanov and Mahendra Verma<\/td>\nEffect of cross-helicity on the forced two-dimensional MHD turbulence<\/td>\nSG<\/td>\nMagneto Hydrodynamics II<\/td>\n<\/tr>\n
16:30:00<\/td>\n484<\/a><\/td>\nSusanne Horn and Jonathan M. Aurnou<\/td>\nThe Elbert Range of Turbulent Rotating Magnetoconvection<\/td>\nSG<\/td>\nMagneto Hydrodynamics II<\/td>\n<\/tr>\n
15:00:00<\/td>\n433<\/a><\/td>\nGuru Sreevanshu Yerragolam, Rui Yang, Richard Stevens, Roberto Verzicco and Detlef Lohse<\/td>\nEffect of airflow rate on CO2 concentration in downflow indoor ventilation<\/td>\nN01<\/td>\nTransport and Mixing IV<\/td>\n<\/tr>\n
15:15:00<\/td>\n435<\/a><\/td>\nClara Velte, Azur Hodzic, Haim Abitan, Peder J. Olesen, Martin Schi\u00f8dt, Simon L. Ribergaard and Preben Buchhave<\/td>\nThe Challenge of Non-equilibrium Turbulence<\/td>\nN01<\/td>\nTransport and Mixing IV<\/td>\n<\/tr>\n
15:30:00<\/td>\n436<\/a><\/td>\nBuchhave Preben, Rasmus K. Schlander, Margherita Dotti, Mengjia Ren and Clara Velte<\/td>\nStudy of turbulence development by induced oscillatory modes<\/td>\nN01<\/td>\nTransport and Mixing IV<\/td>\n<\/tr>\n
15:45:00<\/td>\n437<\/a><\/td>\nRodion Stepanov and Andrej Vasiliev<\/td>\nLow-dimensional model of the large-scale circulation of turbulent Rayleigh-Benard convection with free-slip upper boundary<\/td>\nN01<\/td>\nTransport and Mixing IV<\/td>\n<\/tr>\n
16:00:00<\/td>\n451<\/a><\/td>\nSergio Chibbaro, Andrea Cimarelli, Andrea Fregni and Enrico Stalio<\/td>\nSpectral scaling of velocity and temperature in the Rayleigh-B\u00e8nard Convection at Pr = 7<\/td>\nN01<\/td>\nTransport and Mixing IV<\/td>\n<\/tr>\n
16:15:00<\/td>\n469<\/a><\/td>\nYisheng Zhang, Azur Hodzic and Clara Velte<\/td>\nPhase proper orthogonal decomposition for analysis of spatio-temporal modal dynamics in a co-axial jet<\/td>\nN01<\/td>\nTransport and Mixing IV<\/td>\n<\/tr>\n
16:30:00<\/td>\n470<\/a><\/td>\nFrancisco Patino, L\u00e9a Voivenel, Michael Gauding, Fabien Thiesset, Luminita Danaila and \u00c9milien Varea<\/td>\nInfluence of the sampling direction on Conditional Statistics at the TNTI of Variable Viscosity Jets<\/td>\nN01<\/td>\nTransport and Mixing IV<\/td>\n<\/tr>\n
15:00:00<\/td>\n264<\/a><\/td>\nIzumi Watanabe, Koki Matsui, Tomoya Kikugawa, Kentaro Kato and Masaharu Matsubara<\/td>\nExtraction of secondary instability of streaks in turbulent boundary layer using linear response<\/td>\nAirNostrum<\/td>\nInstability and Transition IV<\/td>\n<\/tr>\n
15:15:00<\/td>\n268<\/a><\/td>\nB\u00e1lint Kasz\u00e1s and George Haller<\/td>\nCapturing the edge of chaos as a spectral submanifold in pipe flows<\/td>\nAirNostrum<\/td>\nInstability and Transition IV<\/td>\n<\/tr>\n
15:30:00<\/td>\n274<\/a><\/td>\nLyse Brichet, Lucas M\u00e9thivier, Francesca Chill\u00e0 and Julien Salort<\/td>\nRoughness-enhanced turbulent transition in a rough Rayleigh-B\u00e9nard cell filled with Fluorocarbon<\/td>\nAirNostrum<\/td>\nInstability and Transition IV<\/td>\n<\/tr>\n
15:45:00<\/td>\n278<\/a><\/td>\nZheng Zheng, Laurette Tuckerman and Tobias Schneider<\/td>\nExact invariant solutions and their bifurcations in transitional vertical natural convection<\/td>\nAirNostrum<\/td>\nInstability and Transition IV<\/td>\n<\/tr>\n
16:00:00<\/td>\n282<\/a><\/td>\nJulien Salort, Philippe-E. Roche, Bernard Castaing and Francesca Chill\u00e0<\/td>\nTransition to the Ultimate Regime in Boussinesq and Non-Boussinesq conditions<\/td>\nAirNostrum<\/td>\nInstability and Transition IV<\/td>\n<\/tr>\n
16:15:00<\/td>\n290<\/a><\/td>\nPatrick Keuchel, Daniel Mor\u00f3n and Marc Avila<\/td>\nInfluence of the ratio of boundary layer thickness to roughness height in the turbulence transition caused by spatially localized disturbances<\/td>\nAirNostrum<\/td>\nInstability and Transition IV<\/td>\n<\/tr>\n
16:30:00<\/td>\n292<\/a><\/td>\nBo Yuan and Xuesong Wu<\/td>\nThe role of large surface roughness in transition of three-dimensional boundary layers<\/td>\nAirNostrum<\/td>\nInstability and Transition IV<\/td>\n<\/tr>\n
15:00:00<\/td>\n47<\/a><\/td>\nJiasheng Yang, Alexander Stroh, Sangseung Lee, Shervin Bagheri, Bettina Frohnapfel and Pourya Forooghi<\/td>\nData-driven identification of drag-relevant roughness scales<\/td>\nJap\u00f3n<\/td>\nWall Bounded Flows – Simulation<\/td>\n<\/tr>\n
15:15:00<\/td>\n53<\/a><\/td>\nGiulio Foggi Rota, Morie Koseki, Riya Agrawal, Stefano Olivieri and Marco Edoardo Rosti<\/td>\nFlapping states of clamped fibres in wall turbulence<\/td>\nJap\u00f3n<\/td>\nWall Bounded Flows – Simulation<\/td>\n<\/tr>\n
15:30:00<\/td>\n179<\/a><\/td>\nKarthikeyan Jagadeesan, Vagesh D. Narasimhamurthy, Helge I. Andersson and Leo R. M. Mass<\/td>\nEffects of rotation rates on roll-cells in ribbed channel flows<\/td>\nJap\u00f3n<\/td>\nWall Bounded Flows – Simulation<\/td>\n<\/tr>\n
15:45:00<\/td>\n187<\/a><\/td>\nHao Wang, Yitong Fan and Weipeng Li<\/td>\nDirect numerical simulations of turbulent flow over the converging and diverging riblets<\/td>\nJap\u00f3n<\/td>\nWall Bounded Flows – Simulation<\/td>\n<\/tr>\n
16:00:00<\/td>\n214<\/a><\/td>\nMatteo Bernardini, Michele Cogo, Davide Modesti and Francesco Picano<\/td>\nDirect numerical simulations of high-speed turbulent boundary layers over rough surfaces<\/td>\nJap\u00f3n<\/td>\nWall Bounded Flows – Simulation<\/td>\n<\/tr>\n
16:15:00<\/td>\n249<\/a><\/td>\nChangwoo Kang and Innocent Mutabazi<\/td>\nTransition to turbulence in thermoelectric convection  in planar and cylindrical capacitor<\/td>\nJap\u00f3n<\/td>\nWall Bounded Flows – Simulation<\/td>\n<\/tr>\n
16:30:00<\/td>\n358<\/a><\/td>\nRoberto Corsini, Andrea Cimarelli and Enrico Stalio<\/td>\nReynolds number effects in the turbulent flow around a rectangular cylinder<\/td>\nJap\u00f3n<\/td>\nWall Bounded Flows – Simulation<\/td>\n<\/tr>\n
16:45:00<\/td>\n496<\/a><\/td>\nSergio Pirozzoli<\/td>\nDNS of forced turbulent convection in circular pipes<\/td>\nJap\u00f3n<\/td>\nWall Bounded Flows – Simulation<\/td>\n<\/tr>\n<\/tbody>\n<\/table>\t\t\t\t\t\t\t\t<\/div>\n\t\t\t\t<\/div>\n\t\t\t\t\t<\/div>\n\t\t<\/div>\n\t\t\t\t\t<\/div>\n\t\t<\/section>\n\t\t\t\t
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Parallel Session 5 - Tuesday<\/h2>\t\t\t\t<\/div>\n\t\t\t\t<\/div>\n\t\t\t\t
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17:30:00<\/td>\n165<\/a><\/td>\nGerrit Elsinga, T. Ishihara and J.C.R. Hunt<\/td>\nLarge-scale shear layers affect the scaling exponents for dissipation and enstrophy beyond Re_lambda = 250<\/td>\nHall<\/td>\nIntermittency and scaling II<\/td>\n<\/tr>\n
17:45:00<\/td>\n200<\/a><\/td>\nXi-Yuan Yin, Ryo Araki and Wouter Bos<\/td>\nKelvin-Filtered Turbulence and Relation to Space Locality<\/td>\nHall<\/td>\nIntermittency and scaling II<\/td>\n<\/tr>\n
18:00:00<\/td>\n212<\/a><\/td>\nLuca Moriconi, Rodrigo Pereira and Victor Valad\u00e3o<\/td>\nTurbulent Circulation Statistics on Non-Planar Contours<\/td>\nHall<\/td>\nIntermittency and scaling II<\/td>\n<\/tr>\n
18:15:00<\/td>\n230<\/a><\/td>\nGeorgy Zinchenko and J\u00f6rg Schumacher<\/td>\nAnomalous dissipation in turbulence<\/td>\nHall<\/td>\nIntermittency and scaling II<\/td>\n<\/tr>\n
18:30:00<\/td>\n276<\/a><\/td>\nGabriel B. Apolin\u00e1rio, Geoffrey Beck, Laurent Chevillard, Isabelle Gallagher and Ricardo Grande<\/td>\nA linear stochastic model of turbulent cascades and fractional fields<\/td>\nHall<\/td>\nIntermittency and scaling II<\/td>\n<\/tr>\n
18:45:00<\/td>\n286<\/a><\/td>\nAlberto Vela Martin<\/td>\nSubgrid-scale models of isotropic turbulence need not produce energy backscatter<\/td>\nHall<\/td>\nIntermittency and scaling II<\/td>\n<\/tr>\n
19:00:00<\/td>\n505<\/a><\/td>\nShahbozbek Abdunabiev, Niccolo Gallino, Antonella Abba and Daniela Tordella<\/td>\nTurbulent dispersion analysis via distance-neighbor graphs inside a top cloud boundary in temporal decay<\/td>\nHall<\/td>\nIntermittency and scaling II<\/td>\n<\/tr>\n
17:30:00<\/td>\n291<\/a><\/td>\nJulius Bergmann, Thibault Maurel Oujia, Xi Yuan Yin, Jean-Christophe Nave and Kai Schneider<\/td>\nOn singularities in vortex sheets in 2D Euler flows using a high resolution characteristic mapping method<\/td>\nS01<\/td>\nVortex Dynamics V<\/td>\n<\/tr>\n
17:45:00<\/td>\n325<\/a><\/td>\nAlfredo Pinelli, Muhammad Omidyeganeh, Giorgio Cavallazzi and Shane Nicholas<\/td>\nOn the effect of solidity and Reynolds number on canopy flows<\/td>\nS01<\/td>\nVortex Dynamics V<\/td>\n<\/tr>\n
18:00:00<\/td>\n336<\/a><\/td>\nWesley Agoua, Wouter Bos and Benjamin Favier<\/td>\nForward energy cascade in 2D turbulence with curvature<\/td>\nS01<\/td>\nVortex Dynamics V<\/td>\n<\/tr>\n
18:15:00<\/td>\n339<\/a><\/td>\nNeelakash Biswas and Oliver Rh Buxton<\/td>\nMultiscale coherent dynamics in wind turbine wakes<\/td>\nS01<\/td>\nVortex Dynamics V<\/td>\n<\/tr>\n
18:30:00<\/td>\n354<\/a><\/td>\nAfonso Ghira, Gerrit Elsinga and Carlos da Silva<\/td>\nThe intense vortices in non-equilibrium turbulence<\/td>\nS01<\/td>\nVortex Dynamics V<\/td>\n<\/tr>\n
18:45:00<\/td>\n357<\/a><\/td>\nJ\u00f8rgen R. Aarnes, Omer Babiker and Simen A. \u00c5. Ellingsen<\/td>\nInformation depth of surface attached vortices in deformable free-surface turbulent flows<\/td>\nS01<\/td>\nVortex Dynamics V<\/td>\n<\/tr>\n
17:30:00<\/td>\n190<\/a><\/td>\nCarola Schmidt, Lars von Deyn, Davide Gatti, Jonathan Neuhauser and Bettina Frohnapfel<\/td>\nThe global drag of heterogeneously rough surfaces<\/td>\nS02<\/td>\nWall-Bounded Flows – Theory II<\/td>\n<\/tr>\n
17:45:00<\/td>\n195<\/a><\/td>\nGuangyao Cui and Ian Jacobi<\/td>\nPredicting Phase Relationships Between VLSM Velocities and Reynolds Stresses via Resolvent Modes<\/td>\nS02<\/td>\nWall-Bounded Flows – Theory II<\/td>\n<\/tr>\n
18:00:00<\/td>\n208<\/a><\/td>\nEmily S.C. Ching<\/td>\nHeat flux and wall shear stress in turbulent natural convection in a differentially heated vertical channel<\/td>\nS02<\/td>\nWall-Bounded Flows – Theory II<\/td>\n<\/tr>\n
18:15:00<\/td>\n226<\/a><\/td>\nEiichi Sasaki, Genta Kawahara and Javier Jimenez<\/td>\nSpanwise vortex structure and orbital instability of unstable periodic orbit in plane Couette turbulence<\/td>\nS02<\/td>\nWall-Bounded Flows – Theory II<\/td>\n<\/tr>\n
18:30:00<\/td>\n227<\/a><\/td>\nRishabh Mishra, Emmanuel Guilmineau, Ingrid Neunaber and Caroline Braud<\/td>\nSimulating Turbulent Inflow and Wind Tunnel Experiments: Reproducing TKE Decay and Developing a Digital Twin for a Wind tunnel<\/td>\nS02<\/td>\nWall-Bounded Flows – Theory II<\/td>\n<\/tr>\n
18:45:00<\/td>\n467<\/a><\/td>\nDavide Modesti and Sergio Pirozzoli<\/td>\nTurbulent forced convection of air-cooled and\\ air-heated channels<\/td>\nS02<\/td>\nWall-Bounded Flows – Theory II<\/td>\n<\/tr>\n
17:30:00<\/td>\n258<\/a><\/td>\nRahul Kumar Singh, Prasad Perlekar, Dhrubaditya Mitra and Marco Edoardo Rosti<\/td>\nEmergent elastic inertial range from smooth velocity fields in low Re polymeric flows<\/td>\nS03<\/td>\nMultiphase and\n Non-Newtonian V<\/td>\n<\/tr>\n
17:45:00<\/td>\n263<\/a><\/td>\nMarkus Scherer, Markus Uhlmann, Yoshiyuki Sakai and Genta Kawahara<\/td>\nSidewall-induced secondary currents and coherent structures over mobile sediment beds<\/td>\nS03<\/td>\nMultiphase and\n Non-Newtonian V<\/td>\n<\/tr>\n
18:00:00<\/td>\n266<\/a><\/td>\nYuhong Dong<\/td>\nEffects of inertial particles on flow structures and heat transfer in Rayleigh-B\u00e9nard convection<\/td>\nS03<\/td>\nMultiphase and\n Non-Newtonian V<\/td>\n<\/tr>\n
18:15:00<\/td>\n314<\/a><\/td>\nXinchen Zhang, Zhen Zhang, Alfonso Chinnici, Zhiwei Sun, Qinfeng Shi, Graham Nathan and Rey Chin<\/td>\nPhysics-informed data-driven RANS turbulence modelling for particle-laden jet flows with various Stokes numbers<\/td>\nS03<\/td>\nMultiphase and\n Non-Newtonian V<\/td>\n<\/tr>\n
18:30:00<\/td>\n298<\/a><\/td>\nFrancesco Serafini, Francesco Battista, Paolo Gualtieri and Carlo Massimo Casciola<\/td>\nTurbulence of dilute polymer solutions<\/td>\nS03<\/td>\nMultiphase and\n Non-Newtonian V<\/td>\n<\/tr>\n
18:45:00<\/td>\n308<\/a><\/td>\nYuhang Du and Yantao Yang<\/td>\nWall-bounded thermal turbulent convection driven by heat-releasing point particles<\/td>\nS03<\/td>\nMultiphase and\n Non-Newtonian V<\/td>\n<\/tr>\n
17:30:00<\/td>\n345<\/a><\/td>\nMahmoodreza Hashemi and Joseph Hall<\/td>\nSingle-Time and Spectral Linear Stochastic Estimation of Flow Over a Backward Facing-Step \u2013 A Comparison<\/td>\nS04<\/td>\nControl of Turbulent flows V<\/td>\n<\/tr>\n
17:45:00<\/td>\n352<\/a><\/td>\nFederico Bertelli, Sergio Lavagnoli and Koen Hillewaert<\/td>\nOn the characterization of a modular active turbulence generator for the independent control of turbulence intensity and scales<\/td>\nS04<\/td>\nControl of Turbulent flows V<\/td>\n<\/tr>\n
18:00:00<\/td>\n355<\/a><\/td>\nHimpu Marbona, Daniel Rodr\u00edguez, Alejandro Mart\u00ednez-Cava and Eusebio Valero<\/td>\nThe influence of inflow and flow control on the instability and reattachment process of separated flow over a bump<\/td>\nS04<\/td>\nControl of Turbulent flows V<\/td>\n<\/tr>\n
18:15:00<\/td>\n375<\/a><\/td>\nToni Dokoza and Martin Oberlack<\/td>\nReynolds number induced growth of large-scale rolls in plane Couette flow and invariant scaling laws for added wall-transpiration using resolvent analysis<\/td>\nS04<\/td>\nControl of Turbulent flows V<\/td>\n<\/tr>\n
18:30:00<\/td>\n383<\/a><\/td>\nPedro Ivo Almeida, Ian Jacobi, Beni Cukurel and Siddhartha Verma<\/td>\nDistributed Actuation of Turbulent Flow Around a Cylinder using Deep Reinforcement Learning<\/td>\nS04<\/td>\nControl of Turbulent flows V<\/td>\n<\/tr>\n
18:45:00<\/td>\n392<\/a><\/td>\nJianxun Zhu, Cai Tian and Lars Erik Holmedal<\/td>\nDirect numerical simulation for turbulent boundary layer flow over a flat plate with two side-by-side dimples<\/td>\nS04<\/td>\nControl of Turbulent flows V<\/td>\n<\/tr>\n
17:30:00<\/td>\n23<\/a><\/td>\nHannes Mandler and Bernhard Weigand<\/td>\nTowards interpretable data-driven turbulence models<\/td>\nS05<\/td>\nArtificial Intelligence I<\/td>\n<\/tr>\n
17:45:00<\/td>\n62<\/a><\/td>\nFernando Gonzalez, Francois-Xavier Demoulin and Simon Bernard<\/td>\nPromoting Numerical Stability on Neural Surrogate Models of Turbulent Flows<\/td>\nS05<\/td>\nArtificial Intelligence I<\/td>\n<\/tr>\n
18:00:00<\/td>\n68<\/a><\/td>\nMohammad Sharifi Ghazijahani, Florian Heyder, J\u00f6rg Schumacher and Christian Cierpka<\/td>\nReservoir computing for spatial reconstruction of Rayleigh\u2013B\u00e9nard convection<\/td>\nS05<\/td>\nArtificial Intelligence I<\/td>\n<\/tr>\n
18:15:00<\/td>\n71<\/a><\/td>\nRobin Heinonen, Fabio Bonaccorso, Luca Biferale, Antonio Celani and Massimo Vergassola<\/td>\nData-driven olfactory search in a turbulent flow<\/td>\nS05<\/td>\nArtificial Intelligence I<\/td>\n<\/tr>\n
18:30:00<\/td>\n78<\/a><\/td>\nTianyi Li, Michele Buzzicotti, Luca Biferale and Fabio Bonaccorso<\/td>\nGenerative Adversarial Networks to infer velocity components in rotating turbulent flows<\/td>\nS05<\/td>\nArtificial Intelligence I<\/td>\n<\/tr>\n
18:45:00<\/td>\n201<\/a><\/td>\nPierre Beck, Jeremy Parker, Omid Ashtari and Tobias Schneider<\/td>\nMachine-aided initial guesses for unstable periodic orbits<\/td>\nS05<\/td>\nArtificial Intelligence I<\/td>\n<\/tr>\n
19:00:00<\/td>\n248<\/a><\/td>\nHaochen Li, Yaomin Zhao, Fabian Waschkowski and Richard D. Sandberg<\/td>\nDeveloping explicit turbulence models by combining gene expression programming and artificial neural network<\/td>\nS05<\/td>\nArtificial Intelligence I<\/td>\n<\/tr>\n
17:30:00<\/td>\n27<\/a><\/td>\nFernando Grinstein<\/td>\nRecent Progress on Coarse Grained Simulations of Turbulent Mixing<\/td>\nSG<\/td>\nLES I<\/td>\n<\/tr>\n
17:45:00<\/td>\n89<\/a><\/td>\nDamiano Capocci, Perry Johnson, Sean Oughton, Luca Biferale and Moritz Linkmann<\/td>\nNew exact Betchov-like relation for the helicity flux in homogeneous turbulence<\/td>\nSG<\/td>\nLES I<\/td>\n<\/tr>\n
18:00:00<\/td>\n127<\/a><\/td>\nGuillaume Roullet, Markus Reinert and Louis Thiry<\/td>\nA vorticity-based closure for LES<\/td>\nSG<\/td>\nLES I<\/td>\n<\/tr>\n
18:15:00<\/td>\n162<\/a><\/td>\nLena Caban, Artur Tyliszczak, Bernard J. Geurts and Julian A. Domaradzki<\/td>\nOptimal LES filtering for Approximate Deconvolution in LES with dissipative and non-dissipative discretization methods<\/td>\nSG<\/td>\nLES I<\/td>\n<\/tr>\n
18:30:00<\/td>\n221<\/a><\/td>\nHasan Kamliya Jawahar, Sh Sankarasarma Vemuri and Mahdi Azarpeyvand<\/td>\nEffects of Morphed Trailing Edges on Aerodynamic and Aeroacoustic Performance<\/td>\nSG<\/td>\nLES I<\/td>\n<\/tr>\n
18:45:00<\/td>\n223<\/a><\/td>\nJelena Radovic, Vladim\u00edr Fuka and \u0160t\u011bp\u00e1n Nosek<\/td>\nLES OpenFOAM and ELMM model simulations of a scalar transport and dispersion within the 3D street canyon structure<\/td>\nSG<\/td>\nLES I<\/td>\n<\/tr>\n
19:00:00<\/td>\n438<\/a><\/td>\nFermin Mallor, Jiahui Liu, Adam Peplinski, Marco Atzori, Ricardo Vinuesa, Tino Weinkauf and Philipp Schlatter<\/td>\nIn-situ analysis of backflow events in the turbulent boundary layer of a wing and their relation with flow separation<\/td>\nSG<\/td>\nLES I<\/td>\n<\/tr>\n
17:30:00<\/td>\n454<\/a><\/td>\nKeigo Matsuda, Thibault Maurel\u2013oujia and Kai Schneider<\/td>\nClustering formation of inertial particles in high Reynolds number isotropic turbulence<\/td>\nN01<\/td>\nMultiphase and\n Non-Newtonian VI<\/td>\n<\/tr>\n
17:45:00<\/td>\n473<\/a><\/td>\nDvir Feld, Gal Friedmann, Jibu Jose and Omri Ram<\/td>\nResolving the dynamics of inertial solid particles approaching a contraction in a turbulent circular pipe using index-matched tomographic imaging<\/td>\nN01<\/td>\nMultiphase and\n Non-Newtonian VI<\/td>\n<\/tr>\n
18:00:00<\/td>\n476<\/a><\/td>\nChristopher Stafford, David Swailes and Michael Reeks<\/td>\nClosure modelling of inertial particle-pair behaviour using the kinetic PDF approach<\/td>\nN01<\/td>\nMultiphase and\n Non-Newtonian VI<\/td>\n<\/tr>\n
18:15:00<\/td>\n485<\/a><\/td>\nSarath Sankar Suresh and Bjoern Hof<\/td>\nExperimental characterisation of elasto-inertial turbulence and flow at maximum drag reduction asymptote<\/td>\nN01<\/td>\nMultiphase and\n Non-Newtonian VI<\/td>\n<\/tr>\n
18:30:00<\/td>\n495<\/a><\/td>\nVinod Kadari, Yashika Dhote and Ratul Dasgupta<\/td>\nOcean wave breaking: spilling versus plunging<\/td>\nN01<\/td>\nMultiphase and\n Non-Newtonian VI<\/td>\n<\/tr>\n
18:45:00<\/td>\n503<\/a><\/td>\nStephane Perrard, Alienor Riviere, Daniel J. Ruth, Wouter Mostert, Laurent Duchemin, Christophe Josserand and Luc Deike<\/td>\nSub-Hinze bubble production in turbulence<\/td>\nN01<\/td>\nMultiphase and\n Non-Newtonian VI<\/td>\n<\/tr>\n
17:30:00<\/td>\n295<\/a><\/td>\nMatthias Engel, Omid Ashtari, Tobias Schneider and Moritz Linkmann<\/td>\nSearch for unstable relative periodic orbits in plane Poiseuille flow using symmetry-reduced dynamic mode decomposition<\/td>\nAirNostrum<\/td>\nInstability and Transition V<\/td>\n<\/tr>\n
17:45:00<\/td>\n296<\/a><\/td>\nSheng Yang and Xuesong Wu<\/td>\nAcoustic receptivity of the supersonic boundary layer subject to spanwise-periodic surface heating<\/td>\nAirNostrum<\/td>\nInstability and Transition V<\/td>\n<\/tr>\n
18:00:00<\/td>\n305<\/a><\/td>\nRyo Takai, Sattaya Yimprasert, Kentaro Kato and Masaharu Matsubara<\/td>\nCharacterization of turbulent and non-turbulent parts in visualization images of channel flow<\/td>\nAirNostrum<\/td>\nInstability and Transition V<\/td>\n<\/tr>\n
18:15:00<\/td>\n329<\/a><\/td>\nMatthias Plath, Florent Renac, Olivier Marquet and Christian Tenaud<\/td>\nGlobal stability analysis of flows around laminar airfoil<\/td>\nAirNostrum<\/td>\nInstability and Transition V<\/td>\n<\/tr>\n
18:30:00<\/td>\n337<\/a><\/td>\nS\u00e9bastien Gom\u00e9, Dwight Barkley, Tobias Grafke and Anna Frishman<\/td>\nMechanism for turbulence proliferation in transitional shear flows<\/td>\nAirNostrum<\/td>\nInstability and Transition V<\/td>\n<\/tr>\n
18:45:00<\/td>\n349<\/a><\/td>\nSantiago Benavides, Laurette Tuckerman and Dwight Barkley<\/td>\nModeling turbulent bands in planar shear flows<\/td>\nAirNostrum<\/td>\nInstability and Transition V<\/td>\n<\/tr>\n
19:00:00<\/td>\n135<\/a><\/td>\nBenjamin Musci, Samuel Petter, Britton Olson, Gokul Pathikonda and Devesh Ranjan<\/td>\nThe Mixing Dynamics of the Blast-Driven Instability<\/td>\nAirNostrum<\/td>\nInstability and Transition V<\/td>\n<\/tr>\n<\/tbody>\n<\/table>\n\t\t\t\t\t\t\t\t<\/div>\n\t\t\t\t<\/div>\n\t\t\t\t\t<\/div>\n\t\t<\/div>\n\t\t\t\t\t<\/div>\n\t\t<\/section>\n\t\t\t\t
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Parallel Session 6 - Wednesday<\/h2>\t\t\t\t<\/div>\n\t\t\t\t<\/div>\n\t\t\t\t
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11:30:00<\/td>253<\/a><\/td>Antonio Matas, Ezhilsabareesh Kannadasan, Callum Atkinson and Julio Soria<\/td>Streamwise evolution of the interscale transport of energy-containing eddies in turbulent boundary layers<\/td>Hall<\/td>Wall-Bounded turbulence III<\/td><\/tr>
11:45:00<\/td>260<\/a><\/td>Kazuhiro Inagaki and Hiromichi Kobayashi<\/td>Importance of anisotropic subgrid-scale stress in large-eddy simulation of turbulent channel flows<\/td>Hall<\/td>Wall-Bounded turbulence III<\/td><\/tr>
12:00:00<\/td>299<\/a><\/td>Asif Manzoor Hasan, Johan Larsson, Sergio Pirozzoli and Rene Pecnik<\/td>Intrinsic compressibility effects in wall-bounded turbulent flows – understanding the physical mechanism<\/td>Hall<\/td>Wall-Bounded turbulence III<\/td><\/tr>
12:15:00<\/td>311<\/a><\/td>Igor Maia, Petr\u00f4nio Nogueira and Andr\u00e9 Cavalieri<\/td>Reduced-order models of turbulent channel flow<\/td>Hall<\/td>Wall-Bounded turbulence III<\/td><\/tr>
12:30:00<\/td>312<\/a><\/td>Sergio Gand\u00eda Barber\u00e1 and Sergio Hoyas<\/td>On the organization of coherent structures in turbulent Couette-Poiseuille transition channels<\/td>Hall<\/td>Wall-Bounded turbulence III<\/td><\/tr>
12:45:00<\/td>361<\/a><\/td>Jurriaan Peeters<\/td>On the relation between the scalar spectrum and the Stanton number in rough ducts<\/td>Hall<\/td>Wall-Bounded turbulence III<\/td><\/tr>
13:00:00<\/td>365<\/a><\/td>Felician Constantin Putz and Martin Oberlack<\/td>Symmetries in Second Moment Turbulence Modeling<\/td>Hall<\/td>Wall-Bounded turbulence III<\/td><\/tr>
13:15:00<\/td>373<\/a><\/td>Ciro Campolina and Alexei Mailybaev<\/td>Logarithmic lattice models for flows with boundaries<\/td>Hall<\/td>Wall-Bounded turbulence III<\/td><\/tr>
11:30:00<\/td>3<\/a><\/td>Eric Woillez, J\u00e9r\u00f4me Valentin and Philippe-E Roche<\/td>Spectrum and histogram of vorticity in a superfluid grid experiment<\/td>S01<\/td>Turbulence in Superfluids<\/td><\/tr>
11:45:00<\/td>431<\/a><\/td>Zhentong Zhang, Ionut Danaila, Emmanuel L\u00e9v\u00eaque and Luminita Danaila<\/td>Higher-order statistics and intermittency of a two-fluid HVBK quantum turbulent flow<\/td>S01<\/td>Turbulence in Superfluids<\/td><\/tr>
12:00:00<\/td>99<\/a><\/td>Yue Yang and Zhaoyuan Meng<\/td>Quantum computing of fluid dynamics using the hydrodynamic Schr\u00f6dinger equation<\/td>S01<\/td>Turbulence in Superfluids<\/td><\/tr>
12:15:00<\/td>164<\/a><\/td>Alessandra Sabina Lanotte, Riccardo Panico, Paolo Comaron, Michal Matuszewski, Daniele Sanvitto and Dario Ballarini<\/td>Inverse energy cascade in two-dimensional dissipative quantum turbulence<\/td>S01<\/td>Turbulence in Superfluids<\/td><\/tr>
12:30:00<\/td>323<\/a><\/td>Paolo Comaron<\/td>Dissipative Quantum Turbulence, Unconventional Order and Spinor Phase Transitions in Polariton Condensates<\/td>S01<\/td>Turbulence in Superfluids<\/td><\/tr>
12:45:00<\/td>367<\/a><\/td>Ionut Danaila, Georges Sadaka, Zhentong Zhang, Victor Kalt and Marc-Etienne Brachet<\/td>Mutual friction coupling of Gross-Pitaevskii and Navier-Stokes equations<\/td>S01<\/td>Turbulence in Superfluids<\/td><\/tr>
13:00:00<\/td>186<\/a><\/td>Cl\u00e9ment Bret, Pantxo Diribarne, J\u00e9r\u00f4me Duplat and Bernard Rousset<\/td>Lagrangian dynamics and second sound vorticity measurements in oscillating grid turbulence of cryogenic normal\/superfluid 4He<\/td>S01<\/td>Turbulence in Superfluids<\/td><\/tr>
11:30:00<\/td>232<\/a><\/td>Ayoub Mansar and Frederic Dias<\/td>Breaking of short-crested waves and induced vorticity<\/td>S02<\/td>Geophysical
Flows VI<\/td><\/tr>
11:45:00<\/td>285<\/a><\/td>Marco Mazzuoli and Aman G. Kidanemariam<\/td>Direct numerical simulation of non-breaking gravity waves: transition to turbulence in the wave boundary layer<\/td>S02<\/td>Geophysical
Flows VI<\/td><\/tr>
12:00:00<\/td>304<\/a><\/td>Nicolaos Petropoulos and Colm-Cille P. Caulfield<\/td>The role of density interfaces in mixing strongly stratified turbulent flows<\/td>S02<\/td>Geophysical
Flows VI<\/td><\/tr>
12:15:00<\/td>338<\/a><\/td>Naoto Yokoyama and Masanori Takaoka<\/td>Anisotropic energy-flux vector in stratified turbulence<\/td>S02<\/td>Geophysical
Flows VI<\/td><\/tr>
12:30:00<\/td>351<\/a><\/td>Pierre Augier, Vincent Labarre, Giorgio Krstulovic and Sergey Nazarenko<\/td>Comprehensive open datasets of stratified turbulence forced in vertical vorticity or wave modes<\/td>S02<\/td>Geophysical
Flows VI<\/td><\/tr>
12:45:00<\/td>360<\/a><\/td>Miguel Bustamante<\/td>Extending the Gibbon-Fokas-Doering stagnation-point-type ansatz to finite-energy initial conditions: A solution to the Navier-Stokes Millennium Prize Problem?<\/td>S02<\/td>Geophysical
Flows VI<\/td><\/tr>
13:00:00<\/td>369<\/a><\/td>Julie Deleuze, Sylvain Joubaud and Philippe Odier<\/td>Mixing by breaking of internal waves<\/td>S02<\/td>Geophysical
Flows VI<\/td><\/tr>
13:15:00<\/td>388<\/a><\/td>Colm-Cille Caulfield and Samuel Lewin<\/td>A data-driven method for modelling dissipation rates in stratified turbulence<\/td>S02<\/td>Geophysical
Flows VI<\/td><\/tr>
11:30:00<\/td>309<\/a><\/td>Davide Procacci, Alessio Roccon, Alfredo Soldati and Jannike Solsvik<\/td>Comparison of phase-field method formulations for simulations of bubbly flows<\/td>S03<\/td>Multiphase and
Non-Newtonian V<\/td><\/tr>
11:45:00<\/td>273<\/a><\/td>Martin Lellep, Moritz Linkmann and Alexander Morozov<\/td>Time-dependent dynamics of 3D states in viscoelastic pressure-driven channel flow<\/td>S03<\/td>Multiphase and
Non-Newtonian V<\/td><\/tr>
12:00:00<\/td>320<\/a><\/td>Mateus Guimar\u00e3es, Fernando Pinho and Carlos Silva<\/td>Transport and mixing of passive and active scalars in turbulent viscoelastic jets and wakes analysed by DNS<\/td>S03<\/td>Multiphase and
Non-Newtonian V<\/td><\/tr>
12:15:00<\/td>324<\/a><\/td>Georgios Giamagas, Francesco Zonta, Alessio Roccon and Alfredo Soldati<\/td>Interaction between capillary waves and hydrodynamic turbulence in a two-layer oil-water flow<\/td>S03<\/td>Multiphase and
Non-Newtonian V<\/td><\/tr>
12:30:00<\/td>389<\/a><\/td>Sarita V. Casas-Urrunaga, Evan B. Banadyga and D. J. Bergstrom<\/td>Study of particle-wall interaction in pneumatic conveying in a vertical pipe<\/td>S03<\/td>Multiphase and
Non-Newtonian V<\/td><\/tr>
12:45:00<\/td>400<\/a><\/td>Susumu Goto and Yutaro Motoori<\/td>Turbulence attenuation by finite-size spherical particles<\/td>S03<\/td>Multiphase and
Non-Newtonian V<\/td><\/tr>
13:00:00<\/td>401<\/a><\/td>Daiki Watanabe and Susumu Goto<\/td>Sustaining mechanism of turbulence in a rotating container partially filled with liquid<\/td>S03<\/td>Multiphase and
Non-Newtonian V<\/td><\/tr>
13:15:00<\/td>424<\/a><\/td>Pedro Costa, Wei Gao and Matteo Parsani<\/td>Lift-induced drag increase in turbulent wall transport of small inertial particles<\/td>S03<\/td>Multiphase and
Non-Newtonian V<\/td><\/tr>
11:30:00<\/td>234<\/a><\/td>Junwei Chen, Stefano Discetti and Marco Raiola<\/td>Offline optimal sensor positioning for time-resolved flow field estimation with point probes<\/td>S04<\/td>Artificial Intelligence II<\/td><\/tr>
11:45:00<\/td>494<\/a><\/td>Abderahmane Marouf, Thomas Lampert, Marianna Braza and Yannick Hoarau<\/td>Machine Learning approach POD-LSTM and reconstruction to reduced order modelling for aerodynamic turbulent flows<\/td>S04<\/td>Artificial Intelligence II<\/td><\/tr>
12:00:00<\/td>390<\/a><\/td>Jiayi Cai, Pierre-Emmanuel Angeli, Jean-Marc Martinez, Guillaume Damblin and Didier Lucor<\/td>Reynolds Stress Anisotropy Tensor Predictions using Neural Networks<\/td>S04<\/td>Artificial Intelligence II<\/td><\/tr>
12:15:00<\/td>403<\/a><\/td>Francisco Alc\u00e1ntara-\u00c1vila, Marcial Sanchis Agudo, Lucas Gasparino, Jordi Muela Castro, Bernat Font Garcia, Jean Rabault, Oriol Lehmkuhl and Ricardo Vinuesa Motilva<\/td>Separation control in adverse-pressure-gradient turbulent boundary layers<\/td>S04<\/td>Artificial Intelligence II<\/td><\/tr>
12:30:00<\/td>442<\/a><\/td>Thibault Maurel-Oujia, Suhas Jain, Keigo Matsuda, Kai Schneider, Jacob West and Kazuki Maeda<\/td>Synthesis of preferential concentration of particles in isotropic turbulence using neural networks<\/td>S04<\/td>Artificial Intelligence II<\/td><\/tr>
12:45:00<\/td>443<\/a><\/td>Aishwarya Nair, Luis Vila Castro and Siddhartha Verma<\/td>Inverse identification of the relationship between intermittency in scalar dissipation rate and energy dissipation rate<\/td>S04<\/td>Artificial Intelligence II<\/td><\/tr>
13:00:00<\/td>458<\/a><\/td>Sergio de Mar\u00eda-Garc\u00eda, \u00d2scar Garibo-i-Orts, Alba Baeza-Bosc\u00e1, Albert Ferrando, J. Alberto Conejero and Miguel \u00c1ngel Garc\u00eda-March<\/td>Vortex detection with machine learning<\/td>S04<\/td>Artificial Intelligence II<\/td><\/tr>
13:15:00<\/td>509<\/a><\/td>Raphael Villiers, Vincent Mons, Denis Sipp, \u00c9ric Lamballais and Marcello Meldi<\/td>Learning turbulent model from sparse data through data assimilation and machine learning.<\/td>S04<\/td>Artificial Intelligence II<\/td><\/tr>
11:30:00<\/td>225<\/a><\/td>Benjamin Devenish and David Thomson<\/td>Non-Gaussianity and incompressibility in turbulent relative dispersion<\/td>S05<\/td>Lagrangian turbulence III<\/td><\/tr>
11:45:00<\/td>229<\/a><\/td>Yasmin Hengster, Martin Lellep, Julian Weigel, Matthew Bross, Johannes Bosbach, Daniel Schanz, Andreas Schr\u00f6der, Florian Huhn, Matteo Novara, Daniel Garaboa Paz, Christian J. K\u00e4hler and Moritz Linkmann<\/td>Effects of anisotropy on the geometry of tracer particle trajectories in turbulent flows<\/td>S05<\/td>Lagrangian turbulence III<\/td><\/tr>
12:00:00<\/td>239<\/a><\/td>Frank Jacobitz and Kai Schneider<\/td>Revisiting Taylor’s Hypothesis for Homogeneous Turbulent Shear Flow<\/td>S05<\/td>Lagrangian turbulence III<\/td><\/tr>
12:15:00<\/td>269<\/a><\/td>Tian Ma, Shiyong Tan, Hendrik Hessenkemper, Anna Sommer, Kerstin Eckert, Rui Ni and Andrew Bragg<\/td>An experimental study on particle-pair dispersion in bubble-induced turbulence<\/td>S05<\/td>Lagrangian turbulence III<\/td><\/tr>
12:30:00<\/td>326<\/a><\/td>Yasmin Hengster and Moritz Linkmann<\/td>Lagrangian curvature statistics from Gaussian sub-ensembles in von K\u00e1rm\u00e1n flow and Rayleigh-B\u00e9nard convection<\/td>S05<\/td>Lagrangian turbulence III<\/td><\/tr>
12:45:00<\/td>342<\/a><\/td>Timothy Chan and Dominik Krug<\/td>Insights into bubble–particle collisions with gravity from point-particle simulations<\/td>S05<\/td>Lagrangian turbulence III<\/td><\/tr>
13:00:00<\/td>362<\/a><\/td>Andr\u00e9 Considera and Simon Thalabard<\/td>Spontaneous stochasticity in the presence of intermittency<\/td>S05<\/td>Lagrangian turbulence III<\/td><\/tr>
13:15:00<\/td>387<\/a><\/td>Linfeng Jiang and Dominik Krug<\/td>Turbulence effect on the bubble-particle collision efficiency<\/td>S05<\/td>Lagrangian turbulence III<\/td><\/tr>
11:30:00<\/td>270<\/a><\/td>Jannik Borgelt, Matthias Meinke and Wolfgang Schr\u00f6der<\/td>A zonal RANS\/LES method for rotor-stator wakes<\/td>SG<\/td>LES II<\/td><\/tr>
11:45:00<\/td>272<\/a><\/td>Andrzej Boguslawski and Karol Wawrzak<\/td>Approximate Deconvolution vs. Unresolved Scale Estimation Model – Burgers turbulence analysis<\/td>SG<\/td>LES II<\/td><\/tr>
12:00:00<\/td>300<\/a><\/td>Zuoli Xiao and Xiaole Wang<\/td>Subgrid-scale modelling towards large-eddy simulation of laminar-turbulent transitional flows: methodology and application<\/td>SG<\/td>LES II<\/td><\/tr>
12:15:00<\/td>404<\/a><\/td>Mara S. Escarti-Guillem, Sergio Hoyas Calvo and Luis M. Garc\u00eda-Raffi<\/td>Study of the contribution of noise sources during rocket take-off using LES<\/td>SG<\/td>LES II<\/td><\/tr>
12:30:00<\/td>413<\/a><\/td>Antonella Abb\u00e0, Andrea Cimarelli and Massimo Germano<\/td>Tensorial viscosity model for LES of complex flows<\/td>SG<\/td>LES II<\/td><\/tr>
12:45:00<\/td>498<\/a><\/td>Jian Li, Mengdan Tian and Yi Li<\/td>Synchronisation between large eddy simulations and direct numerical simulations via sequential data assimilation<\/td>SG<\/td>LES II<\/td><\/tr>
11:30:00<\/td>84<\/a><\/td>Shiming Zhang, Zhen Lu and Yue Yang<\/td>Modeling the boundary-layer flashback of premixed hydrogen enriched swirling flames at high pressures<\/td>N01<\/td>Reacting Turbulent Flows<\/td><\/tr>
11:45:00<\/td>95<\/a><\/td>Yitong Fan, Weipeng Li, Melissa Kozul and Richard Sandberg<\/td>Effects of wall heat transfer on the transport of Reynolds shear stress and turbulent heat flux in compressible turbulent boundary layers<\/td>N01<\/td>Reacting Turbulent Flows<\/td><\/tr>
12:00:00<\/td>97<\/a><\/td>Yubin Song, Peng Zhang and Zhenhua Xia<\/td>Skin friction law in the compressible turbulent channel flows<\/td>N01<\/td>Reacting Turbulent Flows<\/td><\/tr>
12:15:00<\/td>149<\/a><\/td>Chuhan Wang and Chunxiao Xu<\/td>Direct numerical simulation of supersonic turbulent skin-friction reduction via the boundary-layer combustion<\/td>N01<\/td>Reacting Turbulent Flows<\/td><\/tr>
12:30:00<\/td>288<\/a><\/td>Francesco De Vita, Mario Di Renzo and Giuseppe Pascazio<\/td>Supersonic hydrogen combustion induced by shock waves<\/td>N01<\/td>Reacting Turbulent Flows<\/td><\/tr>
12:45:00<\/td>398<\/a><\/td>Agnieszka Wawrzak, Lena Caban, Artur Tyliszczak and Epaminondas Mastorakos<\/td>Impact of a bluff-body design on dynamics of turbulent non-premixed hydrogen flame<\/td>N01<\/td>Reacting Turbulent Flows<\/td><\/tr>
11:30:00<\/td>350<\/a><\/td>Sebastien Gome, Alienor Riviere, Laurette Tuckerman and Dwight Barkley<\/td>Transition to turbulence without large-scale flow<\/td>AirNostrum<\/td>Instability and Transition VI<\/td><\/tr>
11:45:00<\/td>353<\/a><\/td>Santiago Benavides, Laurette Tuckerman and Dwight Barkley<\/td>Analysis of turbulent bands in planar shear flows<\/td>AirNostrum<\/td>Instability and Transition VI<\/td><\/tr>
12:00:00<\/td>370<\/a><\/td>Karoline-Marie Bornemann and Dominik Obrist<\/td>Three-dimensional laminar-turbulent transition mechanisms downstream of a bioprosthetic aortic valve<\/td>AirNostrum<\/td>Instability and Transition VI<\/td><\/tr>
12:15:00<\/td>376<\/a><\/td>Schahin Akbari and Martin Oberlack<\/td>Helical Turbulence – the Transition between 2D and 3D Turbulence<\/td>AirNostrum<\/td>Instability and Transition VI<\/td><\/tr>
12:30:00<\/td>378<\/a><\/td>Dongdong Xu and Pierre Ricco<\/td>Excitation and evolution of subsonic Gortler vortices excited by elevated frees-tream vortical disturbances<\/td>AirNostrum<\/td>Instability and Transition VI<\/td><\/tr>
12:45:00<\/td>407<\/a><\/td>Rishav Raj, Alban Potherat and Chris Pringle<\/td>Effect of neutrally buoyant particles on transitional pipe flow characteristics.<\/td>AirNostrum<\/td>Instability and Transition VI<\/td><\/tr>
13:00:00<\/td>411<\/a><\/td>Konstantinos Sarras, Cynthia Tayeh, Vincent Mons, Olivier Marquet and Denis Sipp<\/td>Stall cells identification through global stability of turbulent mean-flows: a data-assimilation approach<\/td>AirNostrum<\/td>Instability and Transition VI<\/td><\/tr><\/tbody><\/table>\t\t\t\t\t\t\t\t<\/div>\n\t\t\t\t<\/div>\n\t\t\t\t\t<\/div>\n\t\t<\/div>\n\t\t\t\t\t<\/div>\n\t\t<\/section>\n\t\t\t\t
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Parallel Session 7 - Wednesday<\/h2>\t\t\t\t<\/div>\n\t\t\t\t<\/div>\n\t\t\t\t
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15:00:00<\/td>\n302<\/a><\/td>\nTakashi Ishihara, Masashi Miyamoto and Yukio Kaneda<\/td>\nDNS data analysis of the velocity-gradient tensor in high Reynolds number isotropic turbulence<\/td>\nHall<\/td>\nIntermittency and scaling III<\/td>\n<\/tr>\n
15:15:00<\/td>\n348<\/a><\/td>\nMarco Zecchetto, Tomoaki Watanabe, Nagata Kouji and Carlos B. da Silva<\/td>\nTurbulent\/non-turbulent interfaces bounding regions of equilibrium and non-equilibrium turbulence<\/td>\nHall<\/td>\nIntermittency and scaling III<\/td>\n<\/tr>\n
15:30:00<\/td>\n386<\/a><\/td>\nCat Tuong Nguyen and Martin Oberlack<\/td>\nSymmetry-induced high-moment turbulent scaling laws of a spatially evolving turbulent round jet<\/td>\nHall<\/td>\nIntermittency and scaling III<\/td>\n<\/tr>\n
15:45:00<\/td>\n394<\/a><\/td>\nSimon Goertz, Johannes Conrad, Dominik Pl\u00fcmacher and Martin Oberlack<\/td>\nIsotropy and a finite dimensional eigenvalue problem from the Lundgren hierarchy of turbulence<\/td>\nHall<\/td>\nIntermittency and scaling III<\/td>\n<\/tr>\n
16:00:00<\/td>\n432<\/a><\/td>\nWouter Bos and Ryo Araki<\/td>\nInertial range scaling of inhomogeneous turbulence<\/td>\nHall<\/td>\nIntermittency and scaling III<\/td>\n<\/tr>\n
16:15:00<\/td>\n449<\/a><\/td>\nTom Buchwald, Philipp Godbersen, Daniel Schanz and Andreas Schr\u00f6der<\/td>\nThree-dimensional kinetic energy spectrum analysis of homogenous turbulence using Shake-The-Box LPT<\/td>\nHall<\/td>\nIntermittency and scaling III<\/td>\n<\/tr>\n
16:30:00<\/td>\n477<\/a><\/td>\nQuentin Pikeroen and Berengere Dubrulle<\/td>\nTracking complex singularities of fluids on log-lattices<\/td>\nHall<\/td>\nIntermittency and scaling III<\/td>\n<\/tr>\n
16:45:00<\/td>\n491<\/a><\/td>\nMichal Macek, Georgy Zinchenko, Jakub Urban, Vera Musilaova, Pavel Urban and Joerg Schumacher<\/td>\nAssessing non-Oberbeck-Boussinesq effects of convection in cryogenic helium<\/td>\nHall<\/td>\nIntermittency and scaling III<\/td>\n<\/tr>\n
15:00:00<\/td>\n372<\/a><\/td>\nVagesh Narasimhamurthy and Pradeep Jadhav<\/td>\nShear-layer instabilities in the turbulent wake of a flat plate<\/td>\nS01<\/td>\nVortex Dynamics VI<\/td>\n<\/tr>\n
15:15:00<\/td>\n393<\/a><\/td>\nPatricia Sujar-Garrido, Carola Schmidt, Bettina Frohnapfel and Ramis \u00d6rl\u00fc<\/td>\nA hot-wire anemometry guide on where to or not to measure.<\/td>\nS01<\/td>\nVortex Dynamics VI<\/td>\n<\/tr>\n
15:30:00<\/td>\n420<\/a><\/td>\nDavid Garcia Perez, Patricia Ventura Diaz and Seokkwan Yoon<\/td>\nEffect of Turbulence Modeling on Rotor Performance Prediction for NASA\u2019s Tiltwing Air Taxi Concept<\/td>\nS01<\/td>\nVortex Dynamics VI<\/td>\n<\/tr>\n
15:45:00<\/td>\n450<\/a><\/td>\nPaul Bayron, Richard Kelso and Rey Chin<\/td>\nWind Tunnel Study of Tandem Wind Turbines with Counter-Rotating Rotors: Performance Analysis<\/td>\nS01<\/td>\nVortex Dynamics VI<\/td>\n<\/tr>\n
16:00:00<\/td>\n456<\/a><\/td>\nYin Yi Kwong, Christopher Schauerte and Anne-Marie Schreyer<\/td>\nModal Analysis of the Wake of a Supercritical Two-Dimensional Airfoil in Transonic Buffet Conditions<\/td>\nS01<\/td>\nVortex Dynamics VI<\/td>\n<\/tr>\n
16:15:00<\/td>\n462<\/a><\/td>\nSaad Inam, Cung Nguyen, Davide Lasagna, Marco Placidi and Zheng-Tong Xie<\/td>\nEffect of free-stream turbulence on wake flows of an array of square cylinders<\/td>\nS01<\/td>\nVortex Dynamics VI<\/td>\n<\/tr>\n
16:30:00<\/td>\n471<\/a><\/td>\nJishen Zhang and St\u00e9phane Perrard<\/td>\n1D Chain of Coupled Pendulum in a Turbulent Flow<\/td>\nS01<\/td>\nVortex Dynamics VI<\/td>\n<\/tr>\n
16:45:00<\/td>\n475<\/a><\/td>\nJibu Jose, Yuhui Lu, Karuna Agarwal and Joseph Katz<\/td>\nOn the evolution of flow, pressure, lift, and moment during dynamic stall of an oscillating airfoil<\/td>\nS01<\/td>\nVortex Dynamics VI<\/td>\n<\/tr>\n
15:00:00<\/td>\n397<\/a><\/td>\nMarius Mihai Neamtu-Halic, Markus Holzner and Laura Maria Stancanelli<\/td>\nDrag reduction with wall-attached ferrofluid films in a turbulent channel flow<\/td>\nS02<\/td>\nGeophysical\nFlows VII<\/td>\n<\/tr>\n
15:15:00<\/td>\n418<\/a><\/td>\nJuan A. Medina M., Marten Klein and Heiko Schmidt<\/td>\nInvestigating dissipative roughness effects on turbulent drag using a stochastic turbulence model<\/td>\nS02<\/td>\nGeophysical\nFlows VII<\/td>\n<\/tr>\n
15:30:00<\/td>\n455<\/a><\/td>\nStephen Jackson and Shuisheng He<\/td>\nLaminarisation and turbulence enhancement of non-uniform body force influenced flows<\/td>\nS02<\/td>\nGeophysical\nFlows VII<\/td>\n<\/tr>\n
15:45:00<\/td>\n483<\/a><\/td>\nAnne-Marie Schreyer and Deepak Prem Ramaswamy<\/td>\nControl of shock-induced separation over compliant surfaces<\/td>\nS02<\/td>\nGeophysical\nFlows VII<\/td>\n<\/tr>\n
16:00:00<\/td>\n497<\/a><\/td>\nDavide Scarselli, Jose M. Lopez, Atul Varshney and Bj\u00f6rn Hof<\/td>\nCardiac-cycle inspired drag reduction in turbulent pipe flow<\/td>\nS02<\/td>\nGeophysical\nFlows VII<\/td>\n<\/tr>\n
15:00:00<\/td>\n102<\/a><\/td>\nZhaoyu Shi, Sangseung Lee, Seyed Morteza Khorasani, Heesoo Shin and Shervin Bagheri<\/td>\nDrag prediction of rough-wall turbulent flows via data-driven methods<\/td>\nS03<\/td>\nWall-Bounded turbulence IV<\/td>\n<\/tr>\n
15:15:00<\/td>\n211<\/a><\/td>\nGerardo Zampino, Marco Atzori, Soledad Le Clainche, Sergio Hoyas and Ricardo Vinuesa<\/td>\nHigh-fidelity simulations of simplified urban flows<\/td>\nS03<\/td>\nWall-Bounded turbulence IV<\/td>\n<\/tr>\n
15:30:00<\/td>\n347<\/a><\/td>\nRafael Diez Sanhueza, Ido Akkerman and Jurriaan Peeters<\/td>\nData-driven optimization of rough surfaces for convective heat transfer enhancement<\/td>\nS03<\/td>\nWall-Bounded turbulence IV<\/td>\n<\/tr>\n
15:45:00<\/td>\n366<\/a><\/td>\nMiguel M. Valero and Marcello Meldi<\/td>\nA physics-informed data-driven Immersed Boundary Method using online sequential Data Assimilation<\/td>\nS03<\/td>\nWall-Bounded turbulence IV<\/td>\n<\/tr>\n
16:00:00<\/td>\n368<\/a><\/td>\nAngela Busse and Oleksandr Zhdanov<\/td>\nInvestigation of turbulent flows over regular roughness in the limit of low planform and frontal solidity<\/td>\nS03<\/td>\nWall-Bounded turbulence IV<\/td>\n<\/tr>\n
16:15:00<\/td>\n402<\/a><\/td>\nAman G. Kidanemariam, Jason Monty and Ivan Marusic<\/td>\nDirect numerical simulation of the interaction between collinear gravity waves and turbulence in open-channel flows<\/td>\nS03<\/td>\nWall-Bounded turbulence IV<\/td>\n<\/tr>\n
16:30:00<\/td>\n405<\/a><\/td>\nPierre-Emmanuel Angeli and Maria Adela Puscas<\/td>\nLarge eddy simulation of fluid\/structure interaction of two in-line cylinders in a turbulent flow<\/td>\nS03<\/td>\nWall-Bounded turbulence IV<\/td>\n<\/tr>\n
16:45:00<\/td>\n444<\/a><\/td>\nKosuke Osawa and Javier Jim\u00e9nez<\/td>\nExtremely causal events of turbulent channel flow<\/td>\nS03<\/td>\nWall-Bounded turbulence IV<\/td>\n<\/tr>\n
15:00:00<\/td>\n508<\/a><\/td>\nJuan Carlos Bilbao-Ludena and George Papadakis<\/td>\nThe structure of large events in the production mechanisms of enstrophy and strain rate in the transitioning and recirculating flow around a wing<\/td>\nS04<\/td>\nWall-Bounded turbulence V<\/td>\n<\/tr>\n
15:15:00<\/td>\n391<\/a><\/td>\nPierre Ricco, Dongdong Xu, Lian Duan and Martin Skote<\/td>\nIntegral identities for the study of the skin-friction coefficient of incompressible and compressible boundary layers<\/td>\nS04<\/td>\nWall-Bounded turbulence V<\/td>\n<\/tr>\n
15:30:00<\/td>\n414<\/a><\/td>\nBihai Sun, Ezhilsabareesh Kannadasan, Callum Atkinson and Julio Soria<\/td>\nThe effect of the quiescent core of turbulent channel flows on the wall skin friction via Renard-Deck decomposition<\/td>\nS04<\/td>\nWall-Bounded turbulence V<\/td>\n<\/tr>\n
15:45:00<\/td>\n468<\/a><\/td>\nCarlos Hernandez, Qiang Yang and Yongyun Hwang<\/td>\nWall-bounded turbulence without self-sustaining process<\/td>\nS04<\/td>\nWall-Bounded turbulence V<\/td>\n<\/tr>\n
16:00:00<\/td>\n493<\/a><\/td>\nAmir Shahirpour and J\u00f6rn Sesterhenn<\/td>\nInteractions between large-scale coherent and small-scale incoherent structures in turbulent pipe flow<\/td>\nS04<\/td>\nWall-Bounded turbulence V<\/td>\n<\/tr>\n
15:00:00<\/td>\n399<\/a><\/td>\nNicolas Valade, Simon Thalabard and J\u00e9r\u00e9mie Bec<\/td>\nAnomalous Dissipation and Spontaneous Stochasticity in Surface Quasi-Geostrophic Flow<\/td>\nS05<\/td>\nLagrangian turbulence IV<\/td>\n<\/tr>\n
15:15:00<\/td>\n406<\/a><\/td>\nAlessandro Gambino, Stefano Brizzolara, Marius Mihai Neamtu Halic, Ron Shnapp, Andrea Mazzino and Markus Holzner<\/td>\nAlignment of inertial fibers in turbulence and two-way coupling effects<\/td>\nS05<\/td>\nLagrangian turbulence IV<\/td>\n<\/tr>\n
15:30:00<\/td>\n416<\/a><\/td>\nMartin Schi\u00f8dt, Azur Hodzic, Fabien Evrard, Max Hausmann, Berend Van Wachem and Clara Velte<\/td>\nModal characterization of the temporal dynamics in particle-laden turbulence<\/td>\nS05<\/td>\nLagrangian turbulence IV<\/td>\n<\/tr>\n
15:45:00<\/td>\n440<\/a><\/td>\nRomain Volk, Benjamin Laplace, Nicolas Plihon and Mickael Bourgoin<\/td>\nSettling of moderately dense inertial particles in turbulence<\/td>\nS05<\/td>\nLagrangian turbulence IV<\/td>\n<\/tr>\n
16:00:00<\/td>\n441<\/a><\/td>\nStephan Weiss, Daniel Schanz, Andreas Schroeder and Johannes Bosbach<\/td>\nLagrangian properties of Rayleigh-Benard convection in large aspect ratio containers<\/td>\nS05<\/td>\nLagrangian turbulence IV<\/td>\n<\/tr>\n
16:15:00<\/td>\n459<\/a><\/td>\nSebastian Gallon, Fabio Feraco, Alessandro Sozza, Raffaele Marino and Alain Pumir<\/td>\nOn forward-backward dispersion in anisotropic turbulence<\/td>\nS05<\/td>\nLagrangian turbulence IV<\/td>\n<\/tr>\n
16:30:00<\/td>\n461<\/a><\/td>\nMaurizio Carbone, Vincent Peterhans, Alexander Ecker and Michael Wilczek<\/td>\nA generative model of the velocity gradient dynamics in turbulence based on normalizing flows<\/td>\nS05<\/td>\nLagrangian turbulence IV<\/td>\n<\/tr>\n
15:00:00<\/td>\n307<\/a><\/td>\nKonstantinos Steiros<\/td>\nBalanced non-equilibrium turbulence<\/td>\nSG<\/td>\nAtmospheric Flows II<\/td>\n<\/tr>\n
15:15:00<\/td>\n318<\/a><\/td>\nFrancisco Oliveira, Zahra Khodaei and Oliver Buxton<\/td>\nAnalysis of upstream wake induced loads to optimize the design layout of an array of cylinders<\/td>\nSG<\/td>\nAtmospheric Flows II<\/td>\n<\/tr>\n
15:30:00<\/td>\n343<\/a><\/td>\nTimofey Mukha, Linnea Huusko, Geert Brethouwer, Philipp Schlatter and Gunilla Svensson<\/td>\nA spectral-element solver for LES of the atmospheric boundary layer<\/td>\nSG<\/td>\nAtmospheric Flows II<\/td>\n<\/tr>\n
15:45:00<\/td>\n363<\/a><\/td>\nVladim\u00edr Fuka<\/td>\nmr<\/td>\nSG<\/td>\nAtmospheric Flows II<\/td>\n<\/tr>\n
16:00:00<\/td>\n421<\/a><\/td>\nTariq Ridwan, David Pino and Adeline Montlaur<\/td>\nInvestigation on wall-resolved and wall-modeled large-eddy simulations of a barotropic convective boundary layer<\/td>\nSG<\/td>\nAtmospheric Flows II<\/td>\n<\/tr>\n
16:15:00<\/td>\n486<\/a><\/td>\nAlessia Ferraro, Gregory Chini and Tobias M. Schneider<\/td>\nDo marginally-stable manifolds chart chaos?<\/td>\n\nSG<\/td>\nAtmospheric Flows II<\/td>\n<\/tr>\n
16:30:00<\/td>\n463<\/a><\/td>\nRadka Kellnerov\u00e1 and Kl\u00e1ra Jur\u010d\u00e1kov\u00e1<\/td>\nDetection of organised flow structures in real atmosphere<\/td>\nSG<\/td>\nAtmospheric Flows II<\/td>\n<\/tr>\n
16:45:00<\/td>\n487<\/a><\/td>\nAnja Stieren, Jens Kasper, Srinidhi Nagarada Gadde and Richard Stevens<\/td>\nImpact of Negative Geostrophic Wind Shear on Wind Farm Performance<\/td>\nSG<\/td>\nAtmospheric Flows II<\/td>\n<\/tr>\n
15:00:00<\/td>\n313<\/a><\/td>\nTota Kobayashi and Mamoru Tanahashi<\/td>\nData Augmentation for Turbulent Combustion Modelling by using PCA-GAN<\/td>\nN01<\/td>\nReacting Turbulent Flows II<\/td>\n<\/tr>\n
15:15:00<\/td>\n317<\/a><\/td>\nTobias Gibis and Christoph Wenzel<\/td>\nCompressible turbulent boundary layers with heat transfer and pressure gradients<\/td>\nN01<\/td>\nReacting Turbulent Flows II<\/td>\n<\/tr>\n
15:30:00<\/td>\n331<\/a><\/td>\nYuki Tochinai, Ryuta Miyashita, Masayasu Shimura and Mamoru Tanahashi<\/td>\nTurbulent flame structure of steam-diluted oxygen and hydrogen non-premixed combustion on a multi-cluster burner<\/td>\nN01<\/td>\nReacting Turbulent Flows II<\/td>\n<\/tr>\n
15:45:00<\/td>\n385<\/a><\/td>\nJesse Canfield, Len Margolin and Kendra Van Buren<\/td>\nTurbulent Rankine-Hugoniot Relations<\/td>\nN01<\/td>\nReacting Turbulent Flows II<\/td>\n<\/tr>\n
16:00:00<\/td>\n426<\/a><\/td>\nDaniel Martinez-Sanchis, Andrej Sternin and Oskar Haidn<\/td>\nTurbulence and combustion performance for space propulsion applications<\/td>\nN01<\/td>\nReacting Turbulent Flows II<\/td>\n<\/tr>\n
16:15:00<\/td>\n427<\/a><\/td>\nAndrej Sternin, Daniel Martinez-Sanchis and Oskar Haidn<\/td>\nFlame-generated turbulence in combustion for space propulsion<\/td>\nN01<\/td>\nReacting Turbulent Flows II<\/td>\n<\/tr>\n
16:30:00<\/td>\n502<\/a><\/td>\nAlexei Kritsuk<\/td>\nThe vKHM Relation for Energy Transfer in Isothermal Compressible Turbulence<\/td>\nN01<\/td>\nReacting Turbulent Flows II<\/td>\n<\/tr>\n
16:45:00<\/td>\n430<\/a><\/td>\nJian Teng, Zelong Yuan and Jianchun Wang<\/td>\nSubgrid-scale modelling of premixed flames using artificial neural networks in large eddy simulations<\/td>\nN01<\/td>\nReacting Turbulent Flows II<\/td>\n<\/tr>\n
15:00:00<\/td>\n415<\/a><\/td>\nBenjamin Blaisot, Romain Mathis and S\u00e9bastien Cazin<\/td>\nEffect of free-stream turbulence intensity on free surface deformation of a viscous liquid<\/td>\nAirNostrum<\/td>\nInstability and Transition VI<\/td>\n<\/tr>\n
15:15:00<\/td>\n447<\/a><\/td>\nVikrant Gupta and Minping Wan<\/td>\nPrediction of turbulent systems from limited measurements by using data assimilation methods<\/td>\nAirNostrum<\/td>\nInstability and Transition VI<\/td>\n<\/tr>\n
15:30:00<\/td>\n457<\/a><\/td>\nArnab Choudhury and Arghya Samanta<\/td>\nSpatial stability of a heated falling film down slippery plane<\/td>\nAirNostrum<\/td>\nInstability and Transition VI<\/td>\n<\/tr>\n
15:45:00<\/td>\n460<\/a><\/td>\nLizeth Rubio and Meital Geva<\/td>\nExperimental Investigation of the Turbulent Boundary Layer Over Rough Young Wavy Water Surface<\/td>\nAirNostrum<\/td>\nInstability and Transition VI<\/td>\n<\/tr>\n
16:00:00<\/td>\n464<\/a><\/td>\nChi Hin Chan, Mohammad Hossain, Yongyun Hwang and Spencer Sherwin<\/td>\nThe building blocks of spiral defect chaos above the onset of Rayleigh-B\u00e9nard convection<\/td>\nAirNostrum<\/td>\nInstability and Transition VI<\/td>\n<\/tr>\n
16:15:00<\/td>\n492<\/a><\/td>\nElena Marensi and Bj\u00f6rn Hof<\/td>\nThe onset of fully turbulent pipe flow<\/td>\nAirNostrum<\/td>\nInstability and Transition VI<\/td>\n<\/tr>\n
16:30:00<\/td>\n499<\/a><\/td>\nRoger Ayats, G\u00f6khan Yaln\u0131z, Fernando Mellibovsky, Alvaro Meseguer and Bj\u00f6rn Hof<\/td>\nOptimal orientation of oblique turbulent stripes in planar shear flows<\/td>\nAirNostrum<\/td>\nInstability and Transition VI<\/td>\n<\/tr>\n
16:45:00<\/td>\n504<\/a><\/td>\nKazuki Kohyama and Takahiro Tsukahara<\/td>\nTurbulence maintenance limitation at low Reynolds number in annular Couette flow with very small radius ratios<\/td>\nAirNostrum<\/td>\nInstability and Transition VI<\/td>\n<\/tr>\n<\/tbody>\n<\/table>\t\t\t\t\t\t\t\t<\/div>\n\t\t\t\t<\/div>\n\t\t\t\t\t<\/div>\n\t\t<\/div>\n\t\t\t\t\t<\/div>\n\t\t<\/section>\n\t\t\t\t<\/div>\n\t\t","protected":false},"excerpt":{"rendered":"

Parallel Session 1 – Monday 11:30:00 12 Masoud Asadi, Pim Bullee and R. Jason Hearst Streamwise evolution of the interface between freestream turbulence and a turbulent boundary layer Hall Boundary Layers I 11:45:00 24 Marcus Piedrabuena, Ezhilsabareesh Kannadasan, Segio Hoyas, Ricardo Vinuesa and Hassan Nagib Importance of Achieving Convergence for Computation of Turbulence Through Pipes … <\/p>\n

Read more “Summary”<\/span><\/a><\/p>\n","protected":false},"author":1,"featured_media":0,"parent":0,"menu_order":0,"comment_status":"closed","ping_status":"closed","template":"","meta":{"inspiro_hide_title":false,"footnotes":""},"folder":[],"class_list":["post-13632","page","type-page","status-publish","hentry"],"aioseo_notices":[],"featured_media_urls":[],"_links":{"self":[{"href":"https:\/\/etc18.webs.upv.es\/index.php\/wp-json\/wp\/v2\/pages\/13632","targetHints":{"allow":["GET"]}}],"collection":[{"href":"https:\/\/etc18.webs.upv.es\/index.php\/wp-json\/wp\/v2\/pages"}],"about":[{"href":"https:\/\/etc18.webs.upv.es\/index.php\/wp-json\/wp\/v2\/types\/page"}],"author":[{"embeddable":true,"href":"https:\/\/etc18.webs.upv.es\/index.php\/wp-json\/wp\/v2\/users\/1"}],"replies":[{"embeddable":true,"href":"https:\/\/etc18.webs.upv.es\/index.php\/wp-json\/wp\/v2\/comments?post=13632"}],"version-history":[{"count":86,"href":"https:\/\/etc18.webs.upv.es\/index.php\/wp-json\/wp\/v2\/pages\/13632\/revisions"}],"predecessor-version":[{"id":13950,"href":"https:\/\/etc18.webs.upv.es\/index.php\/wp-json\/wp\/v2\/pages\/13632\/revisions\/13950"}],"wp:attachment":[{"href":"https:\/\/etc18.webs.upv.es\/index.php\/wp-json\/wp\/v2\/media?parent=13632"}],"wp:term":[{"taxonomy":"folder","embeddable":true,"href":"https:\/\/etc18.webs.upv.es\/index.php\/wp-json\/wp\/v2\/folder?post=13632"}],"curies":[{"name":"wp","href":"https:\/\/api.w.org\/{rel}","templated":true}]}}