Upload File

29 international conference on parallel computational ... · development of a compressible flow...

  • Home
  • Documents
  • 29 International Conference on Parallel Computational ... · Development of a compressible flow solver ... for Computational Fluid Dynamics ... , C. Thomson C. Xu, D. Li, C. Xu
1
08:40 - 09:00 10:20 - 10:40 10:20 - 10:40 10:20 - 10:40 10:20 - 10:40 Auditorium B Breakout 1 Breakout 2 Breakout 3 Auditorium B Breakout 1 Breakout 2 Breakout 3 Auditorium B Breakout 1 Breakout 2 Scalability and Performance of Higher-Order Methods for Large-Eddy Simulation in Engineering Applications Enabling Large Scale Multi-Physics Simulations Parallel Algorithms and Software I HPC in Mechanical and Aerospace Applications I Turbulence and Multiphysics III Towards Exascale in High-Order Computational Fluid Dynamics Parallel Algorithms and Software III HPC in Mechanical and Aerospace Applications III Turbulence and Multiphysics IV GPU Computing I Parallel Algorithms and Software IV Chaired by: J.J. Alonso, O. Lehmkhul Chaired by: C. Moulinec, G. Houzeaux, R. Borrel Chaired by D.R. Emerson Chaired by: I.W. Kokkinakis Chaired by: C.A. Lin Chaired by: E. Laure, N. Jansson, P. Schlatter Chaired by: M. Frank Chaired by E. Minisci Chaired by: Y. Zhang Chaired by: L. Barba Chaired by R. Steijl Critical HPC Elements for the SU2 DG-FEM Solution Framework Coupling porous CFD modelling with 1D two- phase flow code to model heat transfer in the steam generators of Advanced Gas- cooled Reactors Parallel Performance for a Real Time Lattice Boltzmann Code Shock-wave/boundary-layer interactions in the automatic code generation framework OpenSBLI An investigation of implicit turbulence modeling for Low Mach Roe in the Taylor- Green vortex High-Fidelity Road Car & Full-Aircraft Simulations using OpenFOAM on ARCHER - Perspectives On The Need For Exa-Scale Parallelization of a Compressible Flow Solver (UTCart) on Cell-based Refinement Cartesian Grid with Immersed Boundary Method Characteristics of wakes from stand-alone multi-blade turbines in turbulent boundary layer: An LES study On a proper definition of the subgrid characteristic length for LES GPU acceleration of lattice Boltzmann method for image-based pore-scale porous media flows Recalculation technique for fault-tolerant computation J.J. Alonso J. De Amicis, J.C. Uribe, M. Rabbit G. Barakos, M.A. Woodgate, R. Steijl, G.J. Pringle D.J. Lusher, S.P. Jammy, C.T. Jacobs, N.D. Sandham C. Li, M. Tsubokura N. Ashton T. Imamura, Y. Tamaki, M. Harada Y.-T. Wu F. Xavier Trias, A. Gorobets, A. Oliva J. McDonough, H. Yu, S. An, R. Che, B. Kapadia, J. Yao B.N. Chetverushkin, M.V. Yakobovskiy, M.A. Kornilina, A.A. Bondarenko High-Order Accurate Scale-Resolving Simulations of Low-Pressure Turbine Linear Cascades using Python at Petascale Combining open source CFD software and HPC to research challenging consumer goods manufacturing processes Numerical and parallel efficiency of Sparse- Aitken Schwarz solver for large-scale groundwater flow problems Satellite Design Verification Study Based on Thruster Plume Flow Impingement Effect Using Parallel DSMC Method Numerical Analysis at Low-Reynolds Number Flow over Laminar Flow Airfoils using the Hybrid RANS/LES Model Blended with Correlation Based Transition Model Incorporating complex physics in the Nek5000 code: reactive and multiphase flows Parallelization of Firebrand Transport in Wildland Fires Parallel computation of aeroacoustics of industrially relevant complex geometry aeroengine jets Large-scale Secondary Vortices Generated by Wall Actuations: Application to the Turbulent Channel Flow High-order Numerical Descriptions of Nonlinear Acoustics Propagations on Multiple GPUs Development of a compressible flow solver using hierarchical Cartesian grids: toward the age of Exa-scale supercomputers P. Vincent, A. Iyer, F. Witherden, B. Vermeire, Y. Abe, R.-D. Baier, A. Jameson N. Tonello, Y. Eude, C. Moulinec, R. Allan D. Tromeur-Dervout K.H. Lee J.H. Sa A. Tomboulides J. McDonough Z.-N. Wang, J. Tyacke, P. Tucker, P. Boehning J. Fang, W. Ni, J. Fang, C. Moulinec, D.R. Emerson, L. Lu, Y. Yao M. Diaz, M.A. Solovchuk, T.W.H. Shue H. Shibata, M. Sato, R. Takaki Developing DGM for LES of multistage turbomachinery First investigations using the HAMISH code: an adaptive mesh solver for turbulent reacting flows Extremely high-order optimized multioperators-based schemes: further developments and applications Effect of flexibility on flapping wing characteristics in hover and forward flight Highly resolved Large-Eddy Simulation of wind turbine wakes Towards Resilience at Exascale: Memory- conservative fault tolerance in Nektar++ Accelerating a higher-order mesh optimiser with an architecture-independent programming model Grid Convergence Study for Predicting Boundary Layer Separation over an Airfoil Effective viscosity and its spatial variation of semidilute suspensions by parallel computing Lattice Boltzmann simulations of droplet collision on Multi-GPU Cluster Parallel implementation of compact schemes through 3D domain decomposition for flow simulations K. Hilewaert, J.-S. Cagnone, M. Rasquin J. Fang, R.S. Cant, C. Moulinec, D.R. Emerson, N. Chakraborty A. Tolstykh, D. Shirobokov, E. Chigerev S. Lee, N. Lee, S.J. Shin P. Benard, L. Bricteux, V. Moureau, G. Lartigue, L. Beaudet, R. Laine, A. Viré C. Cantwell J. Eichstaedt, M. Green, D. Moxey, M. Turner, S. Sherwin, J. Peiro K. Morinishi, T. Fukui T. Fukui, M. Kawaguchi, K. Morinishi C.-A. Lin, T.-C. Huang, C.-Y. Chang E.M. De Angelis, M. D'Isanto, L. De Luca Batch implementation of high-order compact FD for large scale compressible flow simulations Adapting a legacy code's parallelism to new discretisation methods Acceleration of Euler/Navier-Stokes Solver with Parallel Computation Parallel and adaptive VMS finite elements formulation for aerothermal industry with Safran Aicraft Engines. Simulations of thermal turbulent channel flows with lattice Boltzmann method Future-proofing CFD codes against uncertain HPC architectures: experiences with OpenSBLI Massively parallel solution of the global linear instability non-symmetric generalized eigenvalue problem Numerical Investigation of Break-up Mechanisms and Conditions for Vapour Slugs Within Mini-Channels Effects of free-stream and near-wall turbulence on jet shear layer Multi-Block Adaptive Mesh Refinement (AMR) for a lattice Boltzmann solver using GPUs Effects of using a memory-stalled core for handling MPI communication overlapping in the SOR solver R. Schweizer, R. Pichler, R. Sandberg J. Bonelle, Y. Fournier, C. Moulinec M. Yamakawa, T. Ukai, M. Yamakawa, S. Asao A. Bazile, J.C. Larroya-Huguet, E. Hachem, Y. Mesri C.-A. Lin, I.-H. Lee, X.-Y. Huang N.D. Sandham V. Theofilis A. Georgoulas X. Chen, M. Angelino, H. Xia, G. Page M. Smith, F. Hsu, K.-C. Chang T. Soga, K. Yamaguchi, R. Mathur, O. Watanabe, A. Musa, R. Egawa, H. Kobayashi On the implementation of a low dissipation finite-element scheme for LES in industrial relevant applications Experiments with multi-level parallelism runtimes on a CFD code with unstructured meshes Introduction and Validation of TEAM: An Efficient Accurate and Robust CFD Solver Parallel subsonic rarefied flow computations at scale using the open- source DSMC code SPARTA Filtering in large eddy simulations with adaptive mesh refinement Towards adaptive mesh refinement for the spectral element solver Nek5000 Performance evaluation of space-time hybrid parallel using the parareal method for a parabolic PDE An error indicator for finite difference methods using spectral techniques with application to aerofoil simulation A Discrete Adjoint Method for Shape Optimization Problems in Turbulence Incompressible Flows Development of a finite element flow solver for solving three-dimensional incompressible Navier-Stokes solutions on multiple GPU cards Load balance and Parallel I/O: Optimising COSA for scale O. Lehmkuhl, G. Houzeau, H. Owen, G. Chrysokentis, J.C. Cajas, R. Borrell, D. Mira, M. Avila, M. Vá zquez B. Lorendeau, E. Jeannot, Y. Fournier L. Qiao, Z. Fu, J. Bai, J. Xu D.R. Emerson, J. Benzi, R.W. Barber M.H. de Frahan, M.S. Day, R.W. Grout A. Peplinksi K. Ono, S. Imamura, M. Yokokawa C. Jacobs, N.D. Sandham, N. De Tullio M. Kouhi, G. Houzeaux, M. Vazquez, S. Keshav T.W.-H. Sheu, N.S.-C. Kao A. Jackson, M.S. Campobasso, J. Drofelnik Auditorium B Breakout 1 Breakout 2 Breakout 3 Auditorium B Breakout 1 Breakout 2 Breakout 3 Auditorium B Breakout 1 Breakout 2 Turbulence and Multiphysics I Enabling Large Scale Multi-Physics Simulations (cntd.) Parallel Algorithms and Software II HPC in Mechanical and Aerospace Applications II Turbulence and Multiphysics V GPU Computing II Parallel Algorithms and Software V Chaired by: J. McDonough Chaired by: C. Moulinec, G. Houzeaux, R. Borrel Chaired by: G. Barrenechea Chaired by: A. Heyes Chaired by: M. Oliveira Chaired by: K. Ritos Chaired by: A. Kazakidi Mesoscale models for solid/liquid interfaces using HPC An implicit algebraic coupling method for non-matching and moving meshes Porting a Three-dimensional Detonation Combustion Simulation Application to the Heterogeneous Platform Hybrid supercomputing the space radiation effect on satellites DNS of Turbulent Premixed Bunsen Flames at Ambient and Elevated Pressures Multi-GPU parallel computation of unsteady incompressible flows using kinetically reduced local Navier-Stokes equations Using AmgX to accelerate a PETSc-based Immersed Boundary Method code M. Frank, D. Drikakis G. Houzeaux, R. Borrel, J. Cajas Garcia, M. Vazquez Y. Che, T. Wang, C. Xu I. Tarkanov N. Chakraborty, M. Klein, H. Nachtigal, D. Alwazzan T. Hashimoto, I. Tanno, N. Satofuka O. Mesnard, P.-Y. Chuang, L.A. Barba Parallel two-dimensional x/z two-phase flow numerical simulations for sediment transport on MPI Parallel mesh partitioning based on Space Filling Energy efficiency of finite difference algorithms on multicore CPUs and Intel Xeon Phi processors Inertial Focusing of Bodies in Microchannels using Embedded Boundary Mesh Methods DNS of single bubble dynamics in turbulent counterflow Withdrawn HPC2 a fully-portable CFD solution for heterogeneous computing M.U. Zapata, M.U. Zapata, K.D. Nguyen R. Borrel, J. Cajas Garcia, G. Houzeaux S.P. Jammy, C.T. Jacobs, D.J. Lusher, N.D. Sandham J. Cajas Garcia, C. Samaniego, G. Houzeaux J. Hasslberger, S. Ketterl, M. Klein T. Arslan, A. Nocente, D. Jasinski, E. Ayder X. Alvarez Farre, A. Gorobets, G. Oyarzun Balancing Accuracy Requirements and Computational Cost in Implicit LES and DNS Turbulent Fluid-Structure Interaction modelling for wind energy generation device design Parallel Evaluation of Quantum Algorithms for Computational Fluid Dynamics Three-dimensional direct numerical simulations of natural convection flows in a air-filled differentially-heated cavity with one or various thermal perturbations DNS of Auto-ignition in Turbulent Reactive Mixing Layers under High Pressures A GPU-accelerated solver for turbulent flow and scalar transport based on the Lattice Boltzmann method Optimization and analysis of lattice Boltzmann method on KNL K. Ritos, I.W. Kokkinakis, D. Drikakis J. Cajas Garcia, O. Lehmkhul, D. Pastrana, G. Houzeaux R. Steijl, G. Barakos N. Thiers, O. Skurtys, R. Gers K. Luo, T. Yao F. Ren, B. Song, H. Hu W. Yong-Xian, J. Yuanyang Direct numerical simulation of interfacial instability in gas-liquid flows Computational rheology of moderate concentration dispersions with high- throughput simulations Implementing and tuning a preconditioned JFNK solver for high-order CFD simulations Numerical simulations of flow around intense appendage movements for aquatic propulsion Modelling compressible turbulent flows on whatever hybrid supercomputers Performance optimizations for scalable CFD applications on hybrid CPU+MIC heterogeneous computing system with millions of cores Domain-Specific Acceleration and Pragmatic Auto-parallelization of Legacy Scientific Code in FORTRAN 77 using Source-to-Source Compilation L. O'Naraigh, I. Bethune, D. Scott, Z. Solomenko, P. Spelt, P. Valluri R. Sawko, C. Thomson C. Xu, D. Li, C. Xu, W. Liu, X. Deng A. Kazakidi S. Soukov, A. Gorobets, P. Bogdanov Y.-X. Wang, L.-L. Zhang, W. Liu, X.-H. Cheng, Y. Zhuang, A.T. Chronopoulos W. Vanderbauwhede, G. Davidson 15:40 - 16:00 15:40 - 16:00 15:40 - 16:00 15:40 - 16:00 Auditorium B Breakout 1 Breakout 2 Breakout 3 Auditorium B Breakout 1 Breakout 2 Breakout 3 Auditorium B Breakout 1 Breakout 2 Turbulence and Multiphysics II Parallel Adaptive Mesh Renement for Complex Applications CFD Applications on GPU and Many-Core Architectures In Situ Processing for Computational Fluid Dynamics Data Analysis and Visualization Turbulence and Multiphysics VI Parallel Algorithms and Software VI Chaired by: M. Lappa Chaired by: R. Deiterding Chaired by: R. Khurram Chaired by: E.P. Duque, E.W. Bethel Chaired by: M. Oliveira Chaired by: A. Kazakidi Numerical investigation of Reynolds number, Stokes number and seeding density influences on the preferential concentration of heavy particles The AMR (EXA)HyPE Direct numerical simulations of reacting flows with detailed chemistry using Many- core/GPU acceleration In Situ Methods, Infrastructures, and Applications on HPC Platforms: Knowledge Discovery with Minimal I/O Molecular Dynamics Simulation of Flow and Glycocalyx Interactions Mixing massively parallel computation with unstructured mesh adaptation and multigrid solver to reach very large scale unstationary simulations. T. Wittemeier, J.S. Shrimpton T. Weinzierl, D.E. Charrier N. Mukhadiyev, F.H. Perez, A. Sow, B.J. Lee, R. Sankaran, H.G. Im E. Wes Bethel K. Luo, X.Z. Jiang, Y. Ventikos H. Digonnet, T. Coupez, L. Silva High-Fidelity Simulations of Turbulent Jets with Plasma Actuator Control A whole cell tracking model based upon optimal control and geometric evolution laws with its advanced parallel solver GPU parallel solver libraries for applied CFD Best practice for in-situ visualization of large-scale data in supercomputer Assessment of the LES capabilities of Alya, OpenFOAM and STAR-CCM+ for complex turbulent flows at low and high Reynolds numbers Improvements in Computational Efficiency of a High-Order Computational Fluid Dynamics Solver on Knights Landing Processors. V. Ioannou, S. Laizet F.W. Yang, C. Venkataraman, V. Styles, A. Madzvamuse S. Posey, N. Sakharnykh S. Tsutsumi, N. Fujita, H. Ito, D. Obinata N. Ashton, H. Owena, O. Lehmkuhl, D. Mira A.F. Antoniadis, P. Tsoutsanisa, K.W. Jenkins Multi-Plume Flow Simulation of Small Bipropellant Thrusters Using Parallel DSMC Method An ADER-DG method with Finite Volume Limiting for Tsunami Simulation in the sam(oa) Framework Porting and optimization of search of neighbor-particle in MPS method by using OpenACC Recent improvements to VisIt/Libsim Developing Fluidity for high-fidelity coastal modelling K.H. Lee L. Rannabauer, M. Bader T. Miyajima B. Whitlock A. Jackson, A. Creech, J.R. Maddison Modeling of density stratication and filamentous structure formation in molecular clouds after shock wave collision Multiresolution mesh adaptation within AMROC Heterogeneous Acceleration of the NUMECA CFD Solvers with OpenACC Directives Damaris: In Situ Data Analysis and Visualization in Support of Large- Scale CFD Simulations B. Rybakin, V.D. Goryachev M.O. Domingues, R. Deiterding, K. Schneider D. Gutzwiller H. Salimi, M. Dorier, G. Antoniu, L. Bougè High-Resolution Parallel Numerical Simulation of void collapse in PBX9404 Trees of Compute Grids for Scalable Adaptivity WOMBAT: Astrophysical MHD using Thread Hot MPI-RMA In transit visualization of full and reduced simulation data on high performance computing platforms T. Ma, F. Ma, J. Ning C. Burstedde, D. Calhoun, J. A. Fonseca, S. Kollet, M. Lahnert, M. Meh P. Mendygral D. Pugmire, J. Kress, M. Kim, J. Choi, S. Klasky, M. Churchill, H. Childs Adaptive lattice Boltzmann methods for wind turbine aerodynamics simulation Advances in Accelerator-Based CFD Simulation R. Detiterding M. Ginalski 16:20 - 16:40 16:00 - 16:20 16:20 - 16:40 16:40 - 17:00 17:00 - 17:20 17:20 - 17:40 17:40 - 18:00 09:00 - 09:40 09:40 - 10:20 10:40 - 11:00 11:00 - 11:20 11:20 - 11:40 11:40 - 12:00 12:00 - 12:20 12:20 - 13:40 13:40 - 14:20 14:20 - 14:40 16:40 - 17:00 17:00 - 17:20 17:20 - 17:40 17:40 - 18:00 14:40 - 15:00 15:00 - 15:20 15:20 - 15:40 16:00 - 16:20 11:20 - 11:40 11:40 - 12:00 12:00 - 12:20 12:20 - 13:40 13:40 - 14:20 14:20 - 14:40 14:40 - 15:00 15:00 - 15:20 15:20 - 15:40 10:40 - 11:00 11:00 - 11:20 09:40 - 10:20 09:00 - 09:40 Reduced Order Methods: state of the art and perspectives: focus on Computational Fluid Dynamics P. Bartello Atmospheric and Oceanic Turbulence: Beyond Slow Vortices and Fast Waves Numerical Modelling of Rarefied Gas Flows Using Many-Core Architectures L. Barba Just Do It: Reproducible Research in CFD The Devil is in the Details: Critical HPC Elements for the SU2 DG-FEM Solution Framework J.J. Alonso Wall Turbulence on Supercomputers S. Pirozzoli G. Rozza 17:00 - 17:20 17:20 - 17:40 Wednesday, May 17. Morning Sessions Registration Registration Registration Opening ceremony Monday, May 15. Morning Sessions Tuesday, May 16. Morning Sessions 08:00 - 09:00 08:00 - 09:00 V. Titarev Coffee break Coffee break S. Legensky R. Sawko, C. Thomson 15:20 - 15:40 15:20 - 15:40 16:00 - 16:20 16:20 - 16:40 16:40 - 17:00 09:00 - 09:40 09:40 - 10:20 10:40 - 11:00 A survey of production applications of in situ post-processing to enable HPC-scale CFD Towards scalable CFD solvers exploiting heterogeneous architectures Coffee break Coffee break Coffee break Lunch Lunch Lunch 10:40 - 11:00 11:00 - 11:20 11:20 - 11:40 11:40 - 12:00 12:00 - 12:20 11:00 - 11:20 11:20 - 11:40 11:40 - 12:00 08:00 - 08:40 Closing ceremony 08:00 - 09:00 Monday, May 15. Afternoon Sessions Tuesday, May 16. Afternoon Sessions Wednesday, May 17. Afternoon Sessions 17:40 - 18:00 16:00 - 16:20 16:20 - 16:40 16:40 - 17:00 17:00 - 17:20 17:20 - 17:40 17:40 - 18:00 12:00 - 12:20 13:40 - 14:20 14:20 - 14:40 14:40 - 15:00 15:00 - 15:20 13:40 - 14:20 14:20 - 14:40 14:40 - 15:00 15:00 - 15:20 09:00 - 09:40 09:40 - 10:20 29 th International Conference on Parallel Computational Fluid Dynamics CONFERENCE PROGRAM

Upload: vankien

Post on 11-May-2018

232 views

Category:

Documents


6 download

Report

TRANSCRIPT

Page 1: 29 International Conference on Parallel Computational ... · Development of a compressible flow solver ... for Computational Fluid Dynamics ... , C. Thomson C. Xu, D. Li, C. Xu

08:40-09:00

10:20-10:40 10:20-10:40 10:20-10:40 10:20-10:40

AuditoriumB Breakout1 Breakout2 Breakout3 AuditoriumB Breakout1 Breakout2 Breakout3 AuditoriumB Breakout1 Breakout2

ScalabilityandPerformanceofHigher-OrderMethodsforLarge-EddySimulationin

EngineeringApplications

EnablingLargeScaleMulti-PhysicsSimulations ParallelAlgorithmsandSoftwareI HPCinMechanicalandAerospace

ApplicationsI TurbulenceandMultiphysicsIII TowardsExascaleinHigh-OrderComputationalFluidDynamics ParallelAlgorithmsandSoftwareIII HPCinMechanicalandAerospace

ApplicationsIII TurbulenceandMultiphysicsIV GPUComputingI ParallelAlgorithmsandSoftwareIV

Chairedby:J.J.Alonso,O.LehmkhulChairedby:C.Moulinec,G.Houzeaux,R.

BorrelChairedbyD.R.Emerson Chairedby:I.W.Kokkinakis Chairedby:C.A.Lin Chairedby:E.Laure,N.Jansson,P.Schlatter Chairedby:M.Frank ChairedbyE.Minisci Chairedby:Y.Zhang Chairedby:L.Barba ChairedbyR.Steijl

CriticalHPCElementsfortheSU2DG-FEMSolutionFramework

CouplingporousCFDmodellingwith1Dtwo-phaseflowcodetomodelheattransferinthesteamgeneratorsofAdvancedGas-

cooledReactors

ParallelPerformanceforaRealTimeLatticeBoltzmannCode

Shock-wave/boundary-layerinteractionsintheautomaticcodegenerationframework

OpenSBLI

AninvestigationofimplicitturbulencemodelingforLowMachRoeintheTaylor-

Greenvortex

High-FidelityRoadCar&Full-AircraftSimulationsusingOpenFOAMonARCHER-PerspectivesOnTheNeedForExa-Scale

ParallelizationofaCompressibleFlowSolver(UTCart)onCell-basedRefinementCartesianGridwithImmersedBoundary

Method

Characteristicsofwakesfromstand-alonemulti-bladeturbinesinturbulentboundary

layer:AnLESstudy

OnaproperdefinitionofthesubgridcharacteristiclengthforLES

GPUaccelerationoflatticeBoltzmannmethodforimage-basedpore-scaleporous

mediaflows

Recalculationtechniqueforfault-tolerantcomputation

J.J.Alonso J.DeAmicis,J.C.Uribe,M.RabbitG.Barakos,M.A.Woodgate,R.Steijl,G.J.

PringleD.J.Lusher,S.P.Jammy,C.T.Jacobs,N.D.

SandhamC.Li,M.Tsubokura N.Ashton T.Imamura,Y.Tamaki,M.Harada Y.-T.Wu F.XavierTrias,A.Gorobets,A.Oliva

J.McDonough,H.Yu,S.An,R.Che,B.Kapadia,J.Yao

B.N.Chetverushkin,M.V.Yakobovskiy,M.A.Kornilina,A.A.Bondarenko

High-OrderAccurateScale-ResolvingSimulationsofLow-PressureTurbineLinear

CascadesusingPythonatPetascale

CombiningopensourceCFDsoftwareandHPCtoresearchchallengingconsumer

goodsmanufacturingprocesses

NumericalandparallelefficiencyofSparse-AitkenSchwarzsolverforlarge-scale

groundwaterflowproblems

SatelliteDesignVerificationStudyBasedonThrusterPlumeFlowImpingementEffect

UsingParallelDSMCMethod

NumericalAnalysisatLow-ReynoldsNumberFlowoverLaminarFlowAirfoils

usingtheHybridRANS/LESModelBlendedwithCorrelationBasedTransitionModel

IncorporatingcomplexphysicsintheNek5000code:reactiveandmultiphase

flows

ParallelizationofFirebrandTransportinWildlandFires

Parallelcomputationofaeroacousticsofindustriallyrelevantcomplexgeometry

aeroenginejets

Large-scaleSecondaryVorticesGeneratedbyWallActuations:Applicationtothe

TurbulentChannelFlow

High-orderNumericalDescriptionsofNonlinearAcousticsPropagationson

MultipleGPUs

DevelopmentofacompressibleflowsolverusinghierarchicalCartesiangrids:towardtheageofExa-scalesupercomputers

P.Vincent,A.Iyer,F.Witherden,B.Vermeire,Y.Abe,R.-D.Baier,A.Jameson

N.Tonello,Y.Eude,C.Moulinec,R.Allan D.Tromeur-Dervout K.H.Lee J.H.Sa A.Tomboulides J.McDonoughZ.-N.Wang,J.Tyacke,P.Tucker,P.

BoehningJ.Fang,W.Ni,J.Fang,C.Moulinec,D.R.

Emerson,L.Lu,Y.YaoM.Diaz,M.A.Solovchuk,T.W.H.Shue H.Shibata,M.Sato,R.Takaki

DevelopingDGMforLESofmultistageturbomachinery

FirstinvestigationsusingtheHAMISHcode:anadaptivemeshsolverforturbulent

reactingflows

Extremelyhigh-orderoptimizedmultioperators-basedschemes:further

developmentsandapplications

Effectofflexibilityonflappingwingcharacteristicsinhoverandforwardflight

HighlyresolvedLarge-EddySimulationofwindturbinewakes

TowardsResilienceatExascale:Memory-conservativefaulttoleranceinNektar++

Acceleratingahigher-ordermeshoptimiserwithanarchitecture-independent

programmingmodel

GridConvergenceStudyforPredictingBoundaryLayerSeparationoveranAirfoil

Effectiveviscosityanditsspatialvariationofsemidilutesuspensionsbyparallel

computing

LatticeBoltzmannsimulationsofdropletcollisiononMulti-GPUCluster

Parallelimplementationofcompactschemesthrough3Ddomaindecomposition

forflowsimulations

K.Hilewaert,J.-S.Cagnone,M.RasquinJ.Fang,R.S.Cant,C.Moulinec,D.R.

Emerson,N.ChakrabortyA.Tolstykh,D.Shirobokov,E.Chigerev S.Lee,N.Lee,S.J.Shin

P.Benard,L.Bricteux,V.Moureau,G.Lartigue,L.Beaudet,R.Laine,A.Vire

C.CantwellJ.Eichstaedt,M.Green,D.Moxey,M.

Turner,S.Sherwin,J.PeiroK.Morinishi,T.Fukui T.Fukui,M.Kawaguchi,K.Morinishi C.-A.Lin,T.-C.Huang,C.-Y.Chang E.M.DeAngelis,M.D'Isanto,L.DeLuca

Batchimplementationofhigh-ordercompactFDforlargescalecompressible

flowsimulations

Adaptingalegacycode'sparallelismtonewdiscretisationmethods

AccelerationofEuler/Navier-StokesSolverwithParallelComputation

ParallelandadaptiveVMSfiniteelementsformulationforaerothermalindustrywith

SafranAicraftEngines.

SimulationsofthermalturbulentchannelflowswithlatticeBoltzmannmethod

Future-proofingCFDcodesagainstuncertainHPCarchitectures:experiences

withOpenSBLI

Massivelyparallelsolutionofthegloballinearinstabilitynon-symmetricgeneralized

eigenvalueproblem

NumericalInvestigationofBreak-upMechanismsandConditionsforVapour

SlugsWithinMini-Channels

Effectsoffree-streamandnear-wallturbulenceonjetshearlayer

Multi-BlockAdaptiveMeshRefinement(AMR)foralatticeBoltzmannsolverusing

GPUs

Effectsofusingamemory-stalledcoreforhandlingMPIcommunicationoverlappingin

theSORsolver

R.Schweizer,R.Pichler,R.Sandberg J.Bonelle,Y.Fournier,C.MoulinecM.Yamakawa,T.Ukai,M.Yamakawa,S.

AsaoA.Bazile,J.C.Larroya-Huguet,E.Hachem,

Y.MesriC.-A.Lin,I.-H.Lee,X.-Y.Huang N.D.Sandham V.Theofilis A.Georgoulas X.Chen,M.Angelino,H.Xia,G.Page M.Smith,F.Hsu,K.-C.Chang

T.Soga,K.Yamaguchi,R.Mathur,O.Watanabe,A.Musa,R.Egawa,H.Kobayashi

Ontheimplementationofalowdissipationfinite-elementschemeforLESinindustrial

relevantapplications

Experimentswithmulti-levelparallelismruntimesonaCFDcodewithunstructured

meshes

IntroductionandValidationofTEAM:AnEfficientAccurateandRobustCFDSolver

Parallelsubsonicrarefiedflowcomputationsatscaleusingtheopen-

sourceDSMCcodeSPARTA

Filteringinlargeeddysimulationswithadaptivemeshrefinement

TowardsadaptivemeshrefinementforthespectralelementsolverNek5000

Performanceevaluationofspace-timehybridparallelusingthepararealmethod

foraparabolicPDE

Anerrorindicatorforfinitedifferencemethodsusingspectraltechniqueswith

applicationtoaerofoilsimulation

ADiscreteAdjointMethodforShapeOptimizationProblemsinTurbulence

IncompressibleFlows

Developmentofafiniteelementflowsolverforsolvingthree-dimensional

incompressibleNavier-StokessolutionsonmultipleGPUcards

LoadbalanceandParallelI/O:OptimisingCOSAforscale

O.Lehmkuhl,G.Houzeau,H.Owen,G.Chrysokentis,J.C.Cajas,R.Borrell,D.Mira,M.

Avila,M.VazquezB.Lorendeau,E.Jeannot,Y.Fournier L.Qiao,Z.Fu,J.Bai,J.Xu D.R.Emerson,J.Benzi,R.W.Barber M.H.deFrahan,M.S.Day,R.W.Grout A.Peplinksi K.Ono,S.Imamura,M.Yokokawa C.Jacobs,N.D.Sandham,N.DeTullio

M.Kouhi,G.Houzeaux,M.Vazquez,S.Keshav

T.W.-H.Sheu,N.S.-C.Kao A.Jackson,M.S.Campobasso,J.Drofelnik

AuditoriumB Breakout1 Breakout2 Breakout3 AuditoriumB Breakout1 Breakout2 Breakout3 AuditoriumB Breakout1 Breakout2

TurbulenceandMultiphysicsIEnablingLargeScaleMulti-Physics

Simulations(cntd.)ParallelAlgorithmsandSoftwareII

HPCinMechanicalandAerospace

ApplicationsIITurbulenceandMultiphysicsV GPUComputingII ParallelAlgorithmsandSoftwareV

Chairedby:J.McDonoughChairedby:C.Moulinec,G.Houzeaux,R.

BorrelChairedby:G.Barrenechea Chairedby:A.Heyes Chairedby:M.Oliveira Chairedby:K.Ritos Chairedby:A.Kazakidi

Mesoscalemodelsforsolid/liquidinterfacesusingHPC

Animplicitalgebraiccouplingmethodfornon-matchingandmovingmeshes

PortingaThree-dimensionalDetonationCombustionSimulationApplicationtothe

HeterogeneousPlatform

Hybridsupercomputingthespaceradiationeffectonsatellites

DNSofTurbulentPremixedBunsenFlamesatAmbientandElevatedPressures

Multi-GPUparallelcomputationofunsteadyincompressibleflowsusingkineticallyreducedlocalNavier-Stokesequations

UsingAmgXtoaccelerateaPETSc-basedImmersedBoundaryMethodcode

M.Frank,D.DrikakisG.Houzeaux,R.Borrel,J.CajasGarcia,M.

VazquezY.Che,T.Wang,C.Xu I.Tarkanov

N.Chakraborty,M.Klein,H.Nachtigal,D.Alwazzan

T.Hashimoto,I.Tanno,N.Satofuka O.Mesnard,P.-Y.Chuang,L.A.Barba

Paralleltwo-dimensionalx/ztwo-phaseflownumericalsimulationsforsediment

transportonMPI

ParallelmeshpartitioningbasedonSpaceFilling

EnergyefficiencyoffinitedifferencealgorithmsonmulticoreCPUsandIntel

XeonPhiprocessors

InertialFocusingofBodiesinMicrochannelsusingEmbeddedBoundaryMeshMethods

DNSofsinglebubbledynamicsinturbulentcounterflow Withdrawn HPC2afully-portableCFDsolutionfor

heterogeneouscomputing

M.U.Zapata,M.U.Zapata,K.D.Nguyen R.Borrel,J.CajasGarcia,G.HouzeauxS.P.Jammy,C.T.Jacobs,D.J.Lusher,N.D.

SandhamJ.CajasGarcia,C.Samaniego,G.Houzeaux J.Hasslberger,S.Ketterl,M.Klein T.Arslan,A.Nocente,D.Jasinski,E.Ayder X.AlvarezFarre,A.Gorobets,G.Oyarzun

BalancingAccuracyRequirementsandComputationalCostinImplicitLESandDNS

TurbulentFluid-StructureInteractionmodellingforwindenergygeneration

devicedesign

ParallelEvaluationofQuantumAlgorithmsforComputationalFluidDynamics

Three-dimensionaldirectnumericalsimulationsofnaturalconvectionflowsinaair-filleddifferentially-heatedcavitywithoneorvariousthermalperturbations

DNSofAuto-ignitioninTurbulentReactiveMixingLayersunderHighPressures

AGPU-acceleratedsolverforturbulentflowandscalartransportbasedontheLattice

Boltzmannmethod

OptimizationandanalysisoflatticeBoltzmannmethodonKNL

K.Ritos,I.W.Kokkinakis,D.DrikakisJ.CajasGarcia,O.Lehmkhul,D.Pastrana,G.

HouzeauxR.Steijl,G.Barakos N.Thiers,O.Skurtys,R.Gers K.Luo,T.Yao F.Ren,B.Song,H.Hu W.Yong-Xian,J.Yuanyang

Directnumericalsimulationofinterfacialinstabilityingas-liquidflows

Computationalrheologyofmoderateconcentrationdispersionswithhigh-

throughputsimulations

ImplementingandtuningapreconditionedJFNKsolverforhigh-orderCFDsimulations

Numericalsimulationsofflowaroundintenseappendagemovementsforaquatic

propulsion

Modellingcompressibleturbulentflowsonwhateverhybridsupercomputers

PerformanceoptimizationsforscalableCFDapplicationsonhybridCPU+MIC

heterogeneouscomputingsystemwithmillionsofcores

Domain-SpecificAccelerationandPragmaticAuto-parallelizationofLegacyScientific

CodeinFORTRAN77usingSource-to-SourceCompilation

L.O'Naraigh,I.Bethune,D.Scott,Z.Solomenko,P.Spelt,P.Valluri

R.Sawko,C.Thomson C.Xu,D.Li,C.Xu,W.Liu,X.Deng A.Kazakidi S.Soukov,A.Gorobets,P.BogdanovY.-X.Wang,L.-L.Zhang,W.Liu,X.-H.Cheng,

Y.Zhuang,A.T.ChronopoulosW.Vanderbauwhede,G.Davidson

15:40-16:00 15:40-16:00 15:40-16:00 15:40-16:00

AuditoriumB Breakout1 Breakout2 Breakout3 AuditoriumB Breakout1 Breakout2 Breakout3 AuditoriumB Breakout1 Breakout2

TurbulenceandMultiphysicsIIParallelAdaptiveMeshRenementfor

ComplexApplications

CFDApplicationsonGPUandMany-Core

Architectures

InSituProcessingforComputationalFluid

DynamicsDataAnalysisandVisualizationTurbulenceandMultiphysicsVI ParallelAlgorithmsandSoftwareVI

Chairedby:M.Lappa Chairedby:R.Deiterding Chairedby:R.Khurram Chairedby:E.P.Duque,E.W.Bethel Chairedby:M.Oliveira Chairedby:A.Kazakidi

NumericalinvestigationofReynoldsnumber,Stokesnumberandseedingdensityinfluencesonthepreferential

concentrationofheavyparticles

TheAMR(EXA)HyPEDirectnumericalsimulationsofreacting

flowswithdetailedchemistryusingMany-core/GPUacceleration

InSituMethods,Infrastructures,andApplicationsonHPCPlatforms:Knowledge

DiscoverywithMinimalI/O

MolecularDynamicsSimulationofFlowandGlycocalyxInteractions

Mixingmassivelyparallelcomputationwithunstructuredmeshadaptationand

multigridsolvertoreachverylargescaleunstationarysimulations.

T.Wittemeier,J.S.Shrimpton T.Weinzierl,D.E.CharrierN.Mukhadiyev,F.H.Perez,A.Sow,B.J.Lee,

R.Sankaran,H.G.ImE.WesBethel K.Luo,X.Z.Jiang,Y.Ventikos H.Digonnet,T.Coupez,L.Silva

High-FidelitySimulationsofTurbulentJetswithPlasmaActuatorControl

Awholecelltrackingmodelbaseduponoptimalcontrolandgeometricevolutionlawswithitsadvancedparallelsolver

GPUparallelsolverlibrariesforappliedCFD Bestpracticeforin-situvisualizationoflarge-scaledatainsupercomputer

AssessmentoftheLEScapabilitiesofAlya,OpenFOAMandSTAR-CCM+forcomplexturbulentflowsatlowandhighReynolds

numbers

ImprovementsinComputationalEfficiencyofaHigh-OrderComputationalFluidDynamicsSolveronKnightsLanding

Processors.

V.Ioannou,S.LaizetF.W.Yang,C.Venkataraman,V.Styles,A.

MadzvamuseS.Posey,N.Sakharnykh S.Tsutsumi,N.Fujita,H.Ito,D.Obinata N.Ashton,H.Owena,O.Lehmkuhl,D.Mira A.F.Antoniadis,P.Tsoutsanisa,K.W.Jenkins

Multi-PlumeFlowSimulationofSmallBipropellantThrustersUsingParallelDSMC

Method

AnADER-DGmethodwithFiniteVolumeLimitingforTsunamiSimulationinthe

sam(oa)Framework

Portingandoptimizationofsearchofneighbor-particleinMPSmethodbyusing

OpenACCRecentimprovementstoVisIt/Libsim DevelopingFluidityforhigh-fidelitycoastal

modelling

K.H.Lee L.Rannabauer,M.Bader T.Miyajima B.Whitlock A.Jackson,A.Creech,J.R.Maddison

Modelingofdensitystraticationandfilamentousstructureformationin

molecularcloudsaftershockwavecollision

MultiresolutionmeshadaptationwithinAMROC

HeterogeneousAccelerationoftheNUMECACFDSolverswithOpenACC

Directives

Damaris:InSituDataAnalysisandVisualizationinSupportofLarge-

ScaleCFDSimulations

B.Rybakin,V.D.GoryachevM.O.Domingues,R.Deiterding,K.

SchneiderD.Gutzwiller H.Salimi,M.Dorier,G.Antoniu,L.Bougè

High-ResolutionParallelNumericalSimulationofvoidcollapseinPBX9404

TreesofComputeGridsforScalableAdaptivity

WOMBAT:AstrophysicalMHDusingThreadHotMPI-RMA

Intransitvisualizationoffullandreducedsimulationdataonhighperformance

computingplatforms

T.Ma,F.Ma,J.NingC.Burstedde,D.Calhoun,J.A.Fonseca,S.

Kollet,M.Lahnert,M.MehP.Mendygral

D.Pugmire,J.Kress,M.Kim,J.Choi,S.Klasky,M.Churchill,H.Childs

AdaptivelatticeBoltzmannmethodsforwindturbineaerodynamicssimulation

AdvancesinAccelerator-BasedCFDSimulation

R.Detiterding M.Ginalski

16:20-16:40

16:00-16:20

16:20-16:40

16:40-17:00

17:00-17:20

17:20-17:40

17:40-18:00

09:00-09:40

09:40-10:20

10:40-11:00

11:00-11:20

11:20-11:40

11:40-12:00

12:00-12:20

12:20-13:40

13:40-14:20

14:20-14:40

16:40-17:00

17:00-17:20

17:20-17:40

17:40-18:00

14:40-15:00

15:00-15:20

15:20-15:40

16:00-16:20

11:20-11:40

11:40-12:00

12:00-12:20

12:20-13:40

13:40-14:20

14:20-14:40

14:40-15:00

15:00-15:20

15:20-15:40

10:40-11:00

11:00-11:20

09:40-10:20

09:00-09:40

ReducedOrderMethods:stateoftheartandperspectives:focusonComputationalFluidDynamics

P.Bartello

AtmosphericandOceanicTurbulence:BeyondSlowVorticesandFastWaves

NumericalModellingofRarefiedGasFlowsUsingMany-CoreArchitectures

L.Barba

JustDoIt:ReproducibleResearchinCFDTheDevilisintheDetails:CriticalHPCElementsfortheSU2DG-FEMSolutionFramework

J.J.Alonso

WallTurbulenceonSupercomputers

S.Pirozzoli G.Rozza

17:00-17:20

17:20-17:40

Wednesday,May17.MorningSessions

RegistrationRegistration Registration

Openingceremony

Monday,May15.MorningSessions Tuesday,May16.MorningSessions

08:00-09:00 08:00-09:00

V.Titarev

Coffeebreak Coffeebreak

S.Legensky R.Sawko,C.Thomson

15:20-15:40 15:20-15:40

16:00-16:20

16:20-16:40

16:40-17:00

09:00-09:40

09:40-10:20

10:40-11:00

Asurveyofproductionapplicationsofinsitupost-processingtoenableHPC-scaleCFD TowardsscalableCFDsolversexploitingheterogeneousarchitectures

Coffeebreak Coffeebreak Coffeebreak

Lunch Lunch Lunch

10:40-11:00

11:00-11:20

11:20-11:40

11:40-12:00

12:00-12:20

11:00-11:20

11:20-11:40

11:40-12:00

08:00-08:40

Closingceremony

08:00-09:00

Monday,May15.AfternoonSessions Tuesday,May16.AfternoonSessions Wednesday,May17.AfternoonSessions

17:40-18:00

16:00-16:20

16:20-16:40

16:40-17:00

17:00-17:20

17:20-17:40

17:40-18:00

12:00-12:20

13:40-14:20

14:20-14:40

14:40-15:00

15:00-15:20

13:40-14:20

14:20-14:40

14:40-15:00

15:00-15:20

09:00-09:40

09:40-10:20

29th International Conference on Parallel Computational Fluid Dynamics

CONFERENCE PROGRAM

At ;xu - UCSD Mathematics | Homek3walsh/PracticeSolutions1.pdf · 2010-01-24 · ... xu ~ c. x2 · f\ c...-~,,1.. ... + lo \.otl ... -\to:t ( ()..r~ ~e. sa.'Me . sice re\J'{\{m\:~r

1 Stephan’s Quintet (SQ): A Multi-galaxy Collision C. K. Xu IPAC, Caltech

Computational and Statistical Advances in Testing and Learningaarti/pubs/RamdasThesis.pdfAzizyan, Min Xu, Akshay Krishnamurthy, Gautam Dasarathy, Jisu Kim, Will Bishop, Yining Wang

PAPER MANUSCRIPT SUBMITTED TO INTERNATIONAL JOURNAL …hxu/Papers/UMD/IJCITP-XU-Final.pdf · PAPER MANUSCRIPT SUBMITTED TO INTERNATIONAL JOURNAL OF COMPUTATIONAL INTELLIGENCE THEORY

Computational Gene Finding Dong Xu Computer Science Department 109 Engineering Building West E-mail: [email protected] 573-882-7064

Computational Homology - RWTH Aachen UniversityKolleg/bilder/comp_hom.pdf · Computational Homology 1. Abstract Definition of Homology A free chain complex C = ... Computational

c 2010 Huilin Xu - University of Floridaufdcimages.uflib.ufl.edu/UF/E0/04/21/64/00001/xu_h.pdf · 2010 °c 2010 Huilin Xu 2. I ... Chong, Dr. Ismail Guvenc and Dr. Fujio Watanabe

[Allen Taflove, Susan C. Hagness,] Computational Electrodynamic

An Overview of Computational Science - mgnet.orgdouglas//Classes/cs521/computational-sciences/... · An Overview of Computational Science Craig C. Douglas January, ... C, C++, Ada,

NH xu t b n gi o d c vi t nam

Jizhou Zhan , Tiantian Xu , Xun Xu

4 A. Dehe Xu, B. Qi Zhang , C. Yan Ding, D. De Zhang

Computational Methods for Protein Structure Prediction Ying Xu

penn-hillier-banister-xu-1998-c - UCL Discoverydiscovery.ucl.ac.uk/1400/1/penn-hillier-banister-xu-1998.pdf · A Penn, B Hillier, D Banister, J Xu The Bartlett School of Graduate

[10cm][c]Computational Complexity and Information

a,b,c, Xinlu Liu a,b,c, Jianming Guo a,b,c, Yong Xu a,b,c,*

Computational Modelling 102 (Scienti c Programming ...jenlow/files/como102_lectures.pdf · Computational Modelling 102 (Scienti c Programming) ... 1.3 Introduction to MATLAB ... Scienti

Weizong Xu, Preston C. Bowes, Everett D. Grimley, Douglas ... · Weizong Xu, Preston C. Bowes, Everett D. Grimley, Douglas L. Irving, and James M. LeBeau Department of Materials Science

Computational Geometry in C J oOrourk

Google C++ Testing Framework Dr. Frank Xu Gannon University

c 2017 Zhangqi Xu - ideals.illinois.edu

Journal of Biomedical Informatics - UCLA Healthpathology.ucla.edu/workfiles/Research Services/li2010unraveling.pdf · Wenyuan Li, Min Xu, Xianghong Jasmine Zhou* Molecular and Computational

TCVN 5307 - 2009 XU?T B?N CHÍNH TH?C

Dynamic Computational Time for Visual Attention...Dynamic Computational Time for Visual Attention Zhichao Li, Yi Yang, Xiao Liu, Feng Zhou, Shilei Wen, Wei Xu Baidu Research {lizhichao01,yangyi05,liuxiao12,zhoufeng09,wenshilei,xuwei06}@baidu.com

C. Xu, 2002-20091 Security in Distributed Systems II ECE7610/ECE7995 Cheng-Zhong Xu

CLIFFORD C. MARSDEN and MING XU, • SELECT MEDICAL CORP ...securities.stanford.edu/.../2008115_r01s_04CV04020.pdf · CLIFFORD C. MARSDEN and MING XU, • Individually And On Behalf

David C. Miller, Ph.D. Computational Science Divisionegon.cheme.cmu.edu/esi/docs/pdf/optimization_plants_miller.pdf · David C. Miller, Ph.D. Computational Science Division Energy

Computational Design of Ligand-binding Proteins with High Affinity and Selectivity Liping Xu 2013-11-22 Literature Report

© C. Xu 1998-2010 Process/Thread/VM Scheduling ECE7650

Cai, W. , Xu, F., & Zeng, C. (2017). Does political

Computational Problems in Molecular Biology Dong Xu Computer Science Department 109 Engineering Building West E-mail: [email protected] 573-882-7064

c 2014 Jiaming Xu - IDEALS

Computational Solid Mechanicsagelet.rmee.upc.edu/master/Chapter 4. J2 Plasticity Algorithms v1.0... · Computational Solid Mechanics Computational Plasticity C. Agelet de Saracibar

Canon XU-80 XU-81 Programmers Manual

Journal of Computational Physicsmawang/research/ThresWetting5_JCP5.pdf · 2017-09-11 · X. Xu et al. / Journal of Computational Physics 330 (2017) 510–528 511 Fig. 1. Wettingon