Technical Programme
The agenda is available on the online platform: Virtual Attendee Portal (available until 31st December 2021). In addition, the "agenda-at-a-glance" and detailed agenda are given below
Agenda-at-a-Glance
An overview of the agenda-at-a-glance is given below. The list of training sessions to be delivered are given on the Training Schedule page, as well as on the online platform: .
Tuesday, 8th June 2021 |
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12:00-17:00 UTC+1 |
Opening Parallel Technical Session I Keynote I Parallel Training Session I Keynote II Parallel Technical Session II |
Wednesday, 9th June 2021 |
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12:00-17:00 UTC+1 |
Parallel Training Session II Poster Session Parallel Technical Session III Keynote III Parallel Technical Session IV |
Thursday, 10th June 2021 |
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12:00-17:00 UTC+1 |
Parallel Technical Session V Keynote IV Parallel Training Session III Networking Session Parallel Technical Session VI |
Friday, 11th June 2021 |
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12:00-17:00 UTC+1 |
Parallel Training Session IV Keynote V Parallel Technical Session VII Splash Talks Parallel Technical Session VIII Closing |
Detailed Agenda
Note: the table below can be scrolled in the horizontal direction.
| Monday 8 June 2021 | |||
| Yuxiang | Zhang | A 3D Numerical Study On The Aerodynamic Performance Of A Bridge Deck | Civil Engineering & Renewable Energy I |
| Jiahao | Wei | Cfd Method For The Relationship Between The Radius Size Of Impellers And Cross-Sectional Average Velocity Of Flow In An Oxidation Ditch | Civil Engineering & Renewable Energy I |
| Salvatore Manuel | Renda | An Efficient Framework For Pedestrian Wind Comfort Assessment | Civil Engineering & Renewable Energy I |
| Jan | Van Gorsel | Numerical Investigation Of Breaking And Broken Regular Wave Forces On A Shoal-Mounted Cylinder | Civil Engineering & Renewable Energy I |
| Benedetto | Di Paolo | Cfd Coupling Methodology For Realistic Coastal Engineering Applications | Fluid-Structure Interaction and Solid Mechanics I |
| Iago | Oliveira | Semicoupled Numerical Strategy To Solve Large-Strain Motion Of Incompressible Hyperelastic Materials | Fluid-Structure Interaction and Solid Mechanics I |
| Saber | Mohammadi | Fluid-Structure Interaction On A Fixed Fan Blade | Fluid-Structure Interaction and Solid Mechanics I |
| Luka | Balatinec | Analysis Of Lubricated Point Contacts Using The Finite Area Method | Fluid-Structure Interaction and Solid Mechanics I |
| Tom | Weier | Convection In Liquid Metal Batteries - Comparing Results From Openfoam, Semtex And Sfemans | Heat & Mass Transfer I |
| Danny | Dreelan | Meso-Scale Solidification Models For Metallic Additive Manufacturing Processes | Heat & Mass Transfer I |
| Tom | Flint | Magneto-Thermal-Hydrodynamics Of Low Temperature Plasmas For Advanced Manufacturing Applications | Heat & Mass Transfer I |
| Mirco | Magnini | Direct Numerical Simulations Of Boiling Flows In Microchannels | Heat & Mass Transfer I |
| Matvey | Kraposhin | Qgdsolver – The Openfoam-Based Framework For Numerical Modelling Of Transient Gas And Liquid Flows Using Regularized Equations | Numerics, Efficiency and Software I |
| Aleksandr | Ivanov | Development Of The New Openfoam Solver For Shallow Water Simulation Using Qgd/Qhd Library | Numerics, Efficiency and Software I |
| Thanh Tri | Nguyen | A Green Computing Solution For Computational Fluid Dynamics | Numerics, Efficiency and Software I |
| Tom | James | How We Made Our Build Ten Times Faster | Numerics, Efficiency and Software I |
| Hrvoje | Jasak | OpenFOAM: year in review | Keynote |
| Bernhard | Gschaider | Basic Training For Swak4Foam And Pyfoam | |
| Dan | Lipsa | Basic Training On Using Paraview To Visualise Openfoam Cases | |
| Jozsef | Nagy | How To Run Your First Simulation In Openfoam And Run It Also With Snappyhexmesh | |
| Kevin | Nolan | Using Blender To Visualise Openfoam Cases | |
| Andre | Weiner | Machine Learning-Aided Cfd With Openfoam And Pytorch | |
| Natalie | Germann | OpenFOAM framework for mixtures with partially miscible components | Keynote |
| Norbert | Weber | Local Short Circuits In Liquid Metal Batteries - Influence Of The Contact Angle On The Droplet Movement In Vof-Simulations | Multiphase I |
| Dragana | Dimitrijevic | Modelling Of Liquid-Liquid Separation In A Centrifugal Device Using The Euler-Euler Multiphase Solver Twophaseeulerfoam | Multiphase I |
| Daniel | Deising | A Drift-Flux-Based Method For Wastewater Treatment Applications | Multiphase I |
| Ehsan | Mahravan | Shock Interface Interaction Simulation Using Compressible-Compressible Ghost Fluid Method Solver Developed In Foam-Extend | Compressible Flows I |
| Oliver | Oxtoby | Generalised Internal Boundaries Applied To High-Speed Compressible Flow | Compressible Flows I |
| Jozsef | Nagy | Fluid-Structure-Interaction Simulations In Openfoam With Hyperelastic Material Models For Aneurysm Modeling | Biomechanics |
| Changyong | Li | Cfd Studies Of The Dynamics In Gastric Contents Induced By Human-Stomach Motility | Biomechanics |
| Sina | Samarbakhsh | Study Of The Unsteady Loading And Turbulence In The Wake Of Ship With And Without Energy Saving Device Using Hybrid Rans-Les Model | Turbulence Modeling |
| Naina | Pisharoti | Prediction Of Cross-Flow Transition Using Gamma Transition Model Coupled With Reynolds Stress Transport Turbulence Model | Turbulence Modeling |
| Mário | Tomé | Numerical Investigation Of The Turbulent Flow Field In Confined Impinging Jets | Turbulence Modeling |
| Tuesday 9 June 2021 | |||
| Bernhard | Gschaider | Advanced Training For Swak4Foam And Pyfoam | Training |
| Paolo | Geremia | An Introduction To Process Automation And Multi-Physics Simulation With Helyx | Training |
| Håkan | Nilsson | Rotating Machinery | Training |
| Henrik | Rusche | How To Add A Transport Equation To Scalartransportfoam | Training |
| Aleksandr | Ivanov | Incompressible Flow Simulation Using Regularized Hydrodynamics Equations In Openfoam V2012 | Training |
| Maricruz | Hernandez | Cfd Study Of De Laval Nozzle - Cold Spray Process Applications | Poster |
| Hugh | Irving | An External Cfd Study Of The Hyend N2Orth Rocket | Poster |
| Simon | Rodriguez | A Novel Elastoplastic Material Model Based On Machine Learning For Finite Volume Solvers | Poster |
| Seevani | Bali | Tailoring The Geometrically-Exact Finite Volume Beam Solver To Model Polygonal Wire Cross-Section Geometries |
Poster |
| Scott | Levie | Novel Fluid-Solid Interactions Techniques Based On Machine Learning | Poster |
| Ivan | Batistic | Towards Implicit Implementation Of Penalty Based Contact Boundary Condition | Poster |
| Manimaran | Renganathan | Numerical Investigation Of Exhaust Gas Transport In Vortex Tube Using Rhosimplefoam | Poster |
| Eden | Furtak-Cole | Momentum Extraction By Porous Forms From Boundary Layer Flows | Poster |
| Maria | Chame | Investigating The Scalability Of Openfoam And Decomposition Strategies | Poster |
| Ninad | Mavani | Linear Stability Analysis Of Boundary Layer Flow Using Openfoam | Poster |
| Ana Isabel | Roriz | Ai Driven Models To Predict The Drag Coefficient Of A Sphere Translating In Shear-Thinning Viscoelastic Fluids |
Poster |
| Carina | Loiro | Digital-Twin For Particle-Laden Viscoelastic Fluids: Deep Learning To Predict The Drag Coefficient Of Random Arrays Of Spheres |
Poster |
| Michael | Clancy | Democratisation Of Openfoam Simulations For The Metal Forming Industry | Poster |
| Heba | Alkafri | Further Developments Of A Finite Volume Based Ale Interface Tracking Method | Poster |
| Ravi | Kant | Linear Stability Analysis Of Plane Poiseuille Flow Using Openfoam | Poster |
| Anirudh | Kulkarni | Hydrodynamic And Thermal Characteristics Of Flow Past A 2D And 3D Porous Square Cylinder At Moderate Reynolds Numbers | Poster |
| Rita | Carvalho | Numerical Study Of The Flow Transition In A Sewer Between Manholes | Civil Engineering & Renewable Energy II |
| Licheng | Zhu | Validation Of A 3D Computational Fluid Dynamics Model And Wind Tunnel Test Results For The Queensferry Crossing: Mesh Sensitivity And Domain Study | Civil Engineering & Renewable Energy II |
| Javier | Lara | Extension Of The Overset Mesh Method For Modelling Geophysical Flows And Maritime Applications | Civil Engineering & Renewable Energy II |
| Rita | Carvalho | Numerical Study Of The Flow Into A Pool Induced By A Vertical Jet | Civil Engineering & Renewable Energy II |
| Gabriel | St-Onge | A Multiphysics Object-Oriented Solver For Fluid-Structure-Thermal Interaction Simulations | Fluid-Structure Interaction and Solid Mechanics II |
| Martin | Šourek | Development Of Cfd-Dem Coupled Solver For Arbitrarily-Shaped Particle-Laden Flows | Fluid-Structure Interaction and Solid Mechanics II |
| Pavel | Gruber | Consistency Between Average Cell Stresses And Neumann Boundary Conditions In Solid Mechanics | Fluid-Structure Interaction and Solid Mechanics II |
| Tom | Flint | Numerical Modelling Approaches For Simulating Powder Bed Fusion Processes | Heat & Mass Transfer II |
| Robert | Keser | Eulerian Multi-Fluid Model For Evaporating Liquid Sprays | Heat & Mass Transfer II |
| Gowthaman | Parivendhan | Numerical Modelling Of Melt Pool Hydrodynamics And Shrinkage Of Solidified Tracks In Powder Bed Fusion Processes | Heat & Mass Transfer II |
| Domenico | Lahaye | Turbulent Non-Premixed Combustion In Single Heating Section Of An Anode Baking Ring Furnace | Heat & Mass Transfer II |
| Shannon | Leakey | Developing A Godunov-Type Scheme For The Variable-Density Artificial-Compressibility Equations | Numerics, Efficiency and Software II |
| Joel | Guerrero | A Benchmarking And Comparative Study Of Different Linear Solvers And Preconditioners In Openfoam, Petsc, And Flubio | Numerics, Efficiency and Software II |
| Ilya | Popov | Optimizing Cfd Code For Memory Locality | Numerics, Efficiency and Software II |
| Andrew | Jackson | Improvements To Low Y+ Mesh Generation In Helyx | Numerics, Efficiency and Software II |
| Deborah | Greaves | The Collaborative Computational Project in Wave Structure Interaction (CCP-WSI) | Keynote |
| Miguel | Zavala | An In-Situ Characterization Of Coherent Structures In Two-Phase Flow Simulations | Multiphase II |
| Tobias | Tolle | Initialization Of Volume Fractions And Signed Distances On Unstructured Meshes From Triangulated Surfaces |
Multiphase II |
| Federico | Municchi | On The Solution Of The Cahn-Hilliard Equation In Openfoam: Coupled And Segregated Algorithms | Multiphase II |
| Rui César | Silva | Shear Stress Characterization In The Pneumatic Atomization Of Biologics Using Cfd |
Compressible Flows II |
| Cagri | Metin | Influence Of Shock On Rae2822 Transonic Airfoil Using Hisa Library In Openfoam | Compressible Flows II |
| Patrick | Höhn | Simulation Of Particle Transport In Viscoplastic Fluids | Particles, Droplets and Bubbles I |
| Josh | Williams | Implementing A Langevin-Type Turbulent Dispersion Model For Dilute Particle-Laden Flows | Particles, Droplets and Bubbles I |
| Jelena | Macak | Extension Of P1 Radiation Model To Particle-Fluid Flows | Particles, Droplets and Bubbles I |
| Célio | Fernandes | Cfd-Dem Modeling Of Particle-Laden Viscoelastic Flows In Hydraulic Fracturing Operations | Particles, Droplets and Bubbles I |
| Paolo | Geremia | A New Free-Surface Adaptive Grid Refinement Method For Marine Applications | Naval Hydrodynamic I |
| Ruben | Paredes | Numerical Assessment Of The Sonar Dome Added Resistance For An Oceanographic Research Vessel Using Full-Scale Simulations | Naval Hydrodynamic I |
| Changchang | Wang | A Pressure-Based Compressible Multiphase Cavitation Solver In The Openfoam Framework | Naval Hydrodynamic I |
| Inno | Gatin | Comparison Of Vof And Level Set Methods For Simulating Ship Self–Propulsion In Full Scale | Naval Hydrodynamic I |
| Wednesday 10 June 2021 | |||
| Rathan Babu | Athota | An Openfoam Set-Up For Simulating Thermal Winds In Mountain/Valley Configurations | Civil Engineering & Renewable Energy III |
| Pedro | Brito | Cfd Study On Irwin Probe Flows Using Openfoam | Civil Engineering & Renewable Energy III |
| Francisco | Jimenez | Simulation Of An Electrohydraulic Discharge For Sand Remediation Applications | Civil Engineering & Renewable Energy III |
| Anna | Feichtner | Wave Interaction Of A Tension-Leg Offshore Wind Turbine Platform With A Perforated Outer Cylinder Represented By Porous Media | Civil Engineering & Renewable Energy III |
| Qianze | Zhuang | Performance Assessment Of A Floating Platform Surrounded By Elastic Ice Plates | Fluid-Structure Interaction and Solid Mechanics III |
| Pal | Schmitt | Neptun’S Spaghetti – Bending Actuator Line Models | Fluid-Structure Interaction and Solid Mechanics III |
| Decheng | Wan | Numerical Study On Vortex-Induced Vibration Suppression Of A Flexible Tensioned Riser With Spanwise Grooves | Fluid-Structure Interaction and Solid Mechanics III |
| Andrew | Whelan | Implementation Of Damage Mechanics And Fracture Models In Openfoam | Fluid-Structure Interaction and Solid Mechanics III |
| Muhammad Asad | Yamin | 3D Thermal Analysis Of Footwear With Open Source Software, Openfoam | Heat & Mass Transfer III |
| Kaspars | Dadzis | Coupled 3D Calculation Of Fluid Flow, Heat And Mass Transport, And Phase Boundary Shape For Crystal Growth Processes |
Heat & Mass Transfer III |
| Henrik | Barestrand | Modeling Convective Heat Transfer Of Air In A Data Center Using Openfoam - Evaluation Of The Boussinesq Buoyancy Approximation | Heat & Mass Transfer III |
| Sai | Darbha | Characterization Of Internal Flow In Cavitating Fuel Injector Nozzles | Heat & Mass Transfer III |
| Helene | Wittenberg | Transient Two-Way Molecular-Continuum Coupling With Openfoam And Mamico: A Sensitivity Study | Numerics, Efficiency and Software III |
| Fran | Delic | Performance Of The Schnerr-Sauer Cavitation Model With A Discussion Of Conditions Relevant For Lubrication |
Numerics, Efficiency and Software III |
| Johannes | Ganzmann | Study Of The Overset Approach For Simulating Cycloidal Rotors And Comparison To Other Rigid Mesh Motion Approaches |
Numerics, Efficiency and Software III |
| Federic | Dias | Recent Progress In The Evaluation Of Impact Pressures | Keynote |
| Gavin | Tabor | The Cli & Run-Time Post-Processing In Openfoam | |
| Thanh Tri | Nguyen | How To Run Your Openfoam Simulation On Qarnot'S Cloud-Computing Platform To Reduce Its Carbon Footprint | |
| Dan | Lipsa | Advanced Training On Using Paraview To Visualise Openfoam Cases | |
| Hrvoje | Jasak | Finite Volume Discretisation | |
| Jeff | Heylmun | Blastfoam: A Solver For Highly Compressible, Multi-Phase Reacting Flows, Including High-Explosive Detonation | |
| Muhammed | Najvan | Effect Of Different Linear Algebra Solvers And Dynamic Mesh Motion Strategies On The Flow-Field Of A Pitching Foil |
Aerodynamics |
| Ling | Qian | On The Performance Of Openfoam Overset Mesh Solver For Modelling Offshore Wind Turbine Rotor Aerodynamics | Aerodynamics |
| Mário | Tomé | Atmospheric Boundarylayer (Abl) Versus Surface Layer (Sl) Equilibrium Physics: Review And Cfd Investigation For Consistent Horizontally Homogeneous For Pressure Or Shear Driven Flows | Aerodynamics |
| Luis Fernando | Garcia Rodriguez | Topology Optimization Of Incompressible Turbulent Flow Considering The Continuous Adjoint Method | Optimisation, Control and Machine Learning I |
| Ophir | Maor | The Effect Of Hdr Infiniband And In-Network Computing On Openfoam Simulations | Optimisation, Control and Machine Learning I |
| Emad | Tandis | Unsupervised Learning Of Numerical Solution In Linear Elastic Solver | Optimisation, Control and Machine Learning I |
| Sahin | Yigit | An Open Source Shape Optimization Process For Aerospace Applications | Optimisation, Control and Machine Learning II |
| Farzad | Farajidizaji | Bubble Plume Application In Water Oxygenation Using Developed Mppicfoam | Particles, Droplets and Bubbles II |
| Sergey | Lesnik | Influence Of Bubble Size Distribution On Acoustically Cavitating Flows | Particles, Droplets and Bubbles II |
| Silvio | Schmalfuß | Modelling Of Droplet Formation And Growth In The Turbulent Moist-Air Wind Tunnel Lacis-T | Particles, Droplets and Bubbles II |
| Saeed | Salehi | Simulation Of Kaplan Turbine Transients: A Novel Openfoam Framework | Turbomachinery |
| Tessa | Uroić | Cfd Simulation Of Off-Design Operating Points Of A Centrifugal Compressor | Turbomachinery |
| Jonathan | Fahlbeck | Numerical Simulations Of Counter-Rotating Pump-Turbine With A New Head-Loss Pressure Boundary Condition | Turbomachinery |
| Georgios | Karpouzas | Rapid Performance Assessment Of Periodic Turbo-Machines Under Incompressible Flow Conditions | Turbomachinery |
| Thursday 11 June 2021 | |||
| Jousef | Murad | Introduction To Cloud-Based Simulation With Simscale | Training |
| Joel | Guerrero | Performing Optimisation Using Dakota And Openfoam | Training |
| Gerasimos | Chourdakis | Flexible & Efficient Multiphysics Simulations With The Coupling Library Precice | Training |
| Chris | Sideroff | Meshing Best Practices For Openfoam With Pointwise | Training |
| Andrey | Epikhin | Compressible Flow Simulation Using Quasi-Gas Dynamic Equations In Openfoam V2012 | Training |
| Fred | Mendonca | Return To Work Imperative: Working For The Benefit Of Our Community In Particular And Society In General | Keynote |
| Johan | Roenby | An Update On The Latest Developments Of The Isoadvector Geometric Vof Method In Openfoam | Civil Engineering & Renewable Energy IV |
| Fedor | Misiura | Tracking The Electrode-Electrolyte Interface In Liquid Metal Batteries | Civil Engineering & Renewable Energy IV |
| Gary | Littler | Devloping Seabed Scour Asessment And Prediction Tools Using Computational Fluid Dynamics Modelling (Demo) | Civil Engineering & Renewable Energy IV |
| Decheng | Wan | Numerical Study On Coupled Aeroelastic Performance Of Wind Turbines Considering Blade Deformation | Civil Engineering & Renewable Energy IV |
| Robert | Anderluh | Like Openfoam, But In Python | Optimisation, Control and Machine Learning II |
| Nikolaos | Kyriazis | Large Doe Of Vehicle Simulations For Ai Training | Optimisation, Control and Machine Learning II |
| Norbert | Weber | Open-Source Pem Fuel Cell Model Combining The Unsaturated Flow Theory For Porous Media With Springer’S Model | Porous Media |
| Ranjith Khumar | Shanmugasundaram | Numerical Modelling Of Liquefaction Around Marine Structures | Porous Media |
| Denis | Maier | Poromechanicalfoam – A Toolbox-Extension For Flow Deformation Analysis In Variably Saturated Porous Media |
Porous Media |
| Lionel | Gamet | Tri-Periodic Fixed Beds Of Spherical Particles | Porous Media |
| Bulut | Tekgül | A Dynamic Load Balancing Model With Analytical Jacobian For Fast Combustion Simulations In Openfoam | Reacting Flows |
| Chen | Huang | Modelling Of Vented Corn Starch Dust Explosion Using Openfoam | Reacting Flows |
| Henrik | Rusche | Lowering The Obstacles For Smes To Adopt Multi-Physics Biomass Furnace Simulations By Providing A Cloud Based Solution | Reacting Flows |
| Ashish | Vashishtha | Numerical Simulation Of Hydrogen Injection In High-Speed Crossflow | Reacting Flows |
| Stan | Posey | Openfoam Developments Towrds A Gpu Release | Splash talk |
| Jozsef | Nagy | Openfoam In Wsl (Four Years After Exeter) | Splash talk |
| Mustafa | Bhotvawala | Navigating The Openfoam Source Code With Sourcetrail | Splash talk |
| Chandan | Bose | Modelling Three-Dimensional Water-Entry/Exit Dynamics Using Overset Mesh-Based Multiphase Fluid-Structure Interaction Solver | Splash talk |
| Ashish | Kotwal | Mathematical Modeling By Use Of Openfoam For Co2 Capture Process Using Solvents In Post-Combustion Gases Of Fossil Fuel Power Plants | Splash talk |
| Josh | Williams | Inhalers: Personalising Treatments For All Ages And Diseases | Splash talk |
| Patrick | Hohn | Monthly Informal Openfoam Meeting | Splash talk |
| Bernhard | Gschaider | Foam Version In The Shell Prompt | Splash talk |
| Milad | Bagheri | Development And Validation Of A Phase-Field Method For An Arbitrary Number Of Immiscible Incompressible Fluids | Multiphase III |
| David | Barreiro | Vof-Les Simulation Of The Jet Wiping Process: Validation And Multiscale Modal Analysis | Multiphase III |
| Francisco | Bodziony | Do Liquid Drops Roll Or Slide On Inclined Surfaces? – Detailed Analysis Using A Diffuse-Interface Phase-Field Method | Multiphase III |
| William | Lambert | Lagrangian-Based Nonlinear Maneuvering And Seakeeping Parameter Identification Using Openfoam | Naval Hydrodynamic II |
| Youngmin | Heo | Computational Fluid Dynamics Simulations Of Energy-Saving Vortex Ring Thruster Using Coanda Effect | Naval Hydrodynamic II |
| Paulin | Ferro | Gfmfoam : A Volume Of Fluid And Ghost Fluid Method Solver For Incompressible Free Surface Flow | Naval Hydrodynamic II |