Training Courses on OpenFOAM

Track
1 |
Track 2 |
Track 3 |
Track 4 |
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Basic Level 1 (A/B/C) |
Advanced Level 2 (E) |
Advanced Level 2 (D) |
Advanced Level 2 (D) |
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8:30
^{*}-10:30 |
Running
my First Case with OpenFOAM; I. Buntić-Ogor (room: hassium) (slides material) |
A
comprehensive tour of snappyHexMesh, E. de Villiers(room: helium2) (slides) |
Thin
liquid film flow simulation with OpenFOAM; Z.
Tuković (room: titanium3) (slides material) |
Turbomachinery;
H. Nilsson(room: germanium) (slides material) |
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10:30-10:45 | Coffee Break | ||||||

10:45-12:45 | Generic
external aerodynamic simulation training; T.
Grahs (room: hassium) (slides material) |
C++
in protectOpenFOAM - Object orientation, generic programming and
polymorphism by examples ; T. Marić (room: titanium3) (slides material) |
A
deeper look into Lagrangian spray source code;
P. Keller (room: germanium) (slides) |
Multiphysics Simulation -
Inter-Region and Inter-Equation Coupling in OpenFOAM; H.
Jasak (room: helium2) (slides) |
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12:45-13:30 | Lunch | ||||||

13:30-15:30 | How to add a
Scalar Transport Equation to scalarTransportFoam;
H. Rusche (room: hassium) (slides material) |
Programming
Model Libraries from Scratch; K. Kissling (room: titanium3) (slides material) |
Immersed
Boundary Method in OpenFOAM; Z. Tuković (room: helium2) (slides material) |
Marine Hydrodynamics;
E. Patterson (room: germanium) (slides material) |
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15:30-15:45 | Coffee Break | ||||||

15:45-17:45 | Automatic
testing of solvers using PyFOAM; B.F.W.
Gschaider (room: helium2) (slides material) |
A
brief Introduction to Function Objects; J.
Höpken (room: hassium) (slides) |
Adaptive
Tetrahedral Re-Meshing for Deforming Domain Simulations;
K. Mooney (room: germanium) (slides material) |
Fluid
Structure Interaction Simulations with OpenFOAM;
M. Lombardi (room: titanium3) (slides material) |
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08:30^{*}-08:45 |
Welcome & Plenary | ||||

08:45-09:30 | Plenary OpenFOAM - A year in review; H. Jasak (slides) |
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09:30-10:00 | Plenary Modeling of endothelial mechanical conditions during microbubble enhanced blood-brain barrier disruption; W. Wiedemair, Z. Tuković, D. Poulikakos, V. Kurtcuoglu (slides) |
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Coffee Break | |||||

Track 1 | Track 2 | Track 3 | |||

Turbomachinery | Metallurgy | Heating,
Ventilation and Air Conditioning & Heat and Mass Transfer |
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10:30-11:00 | Validation of OpenFOAM for hydro power related applications; H. Nilsson, O.Petit, P. Moradnia, M. Gramlich (slides + animation) | Advanced Multiphase Modeling of Solidification with OpenFOAM; A. Vakhrushev, A. Ludwig, M.Wu, Y. Tang, G. Hackl, G. Nitz | Unsteady state simulation of thermal environment and compression heat pump; S. Ogata, H. Nakamura, H. Murata, H. Eguchi, K. Ohno, K. Saito, K. Ueno, K.Matsumoto (slides) | ||

11:00-11:20 | Numerical Simulation of the Vortex Rope in a Pump Turbine; T. Krappel, I. Buntic-Ogor, O. Kirschner, A. Ruprecht, S. Riedelbauch (slides) | Three-dimensional study of channel mesosegregation formation; V. F. De Felice, H. Combeau, M. Zaloznik, T. Quatravaux | Modeling of Airflow Dynamics in a Data Center Using OpenFOAM; H. Bhagwat, A. Singh, A. Sivasubramaniam | ||

11:20-11:40 | Hydraulic turbine spiral casing flow simulation using OpenFOAM; C. Devals, F. Guibault, T. C. Vu (slides) | Mesoscopic simulation of dentritic crystal growth in binary metal alloys; V. F. De Felice, M. Zaloznik, H. Combeau | Effect of curvature on turbulent fluid flow and heat transfer characteristics in 1:4 aspect ratio 90 degree curved bend duct; M. Salahudeen, K. A. Prakash (slides) | ||

11:40-12:00 | Turbomachinery Validation with the Density Based OpenFOAM solver; M. R. Anderson (slides) | Simulation of fusion welding processes with OpenFOAM; A. Kidess, S. Kenjeres, C. Kleijn, C. Zhao, I. Richardson (slides) | Transient Conjugate Heat Transfer Simulations on Radiator Temperature Cycle Tests; F. Brotz (slides) | ||

12:00-13:00 | Lunch | ||||

Aerodynamics & Turbulence Modelling I | Solid & Crack Mechanics | Free Surface & Interfacial Flow I | |||

Fluid Structure Interaction | |||||

13:00-13:30 | Helicopter fuselage wake prediction using Detached-Eddy Simulation methods in OpenFOAM; M. Fuchs, C. Mockett, M. Gual-Skopek, F. Le Chuiton, F. Thiele (slides) | Micro-Mechanical Modelling of Particle-Matrix Interaction in Nano-Toughened Adhesives; M. Leonard, A. Ivanković, N. Murphy, A. Karac | A geometrical Volume-of-Fluid method on unstructured mesh using OpenFOAM; T. Marić, H. Marschall, D. Bothe (slides + animations) | ||

13:30-13:50 | Investigation of the relations between the ice accretion shapes and aerodynamic performance; C. Son, K. Yee (slides) | Development of a Multi Material Crack Propagation Solver Using OpenFOAM; D. Carolan, A. Ivanković, Z. Tuković (slides) | Numerical studies on the formation of bubbles in T-junction microchannels; D. A. Hoang, V. Van Steijn, L. M. Portela, M. T. Kreutzer, C. R. Kleijn (slides) | ||

13:50-14:10 | The Extension of SIMPLE Algorithm for Rotor Inflow Analysis based on Actuator Disk Model; T. Kim, S. Oh, K. Yee (slides) | A Multi-material Cohesive Zone Model for Predicting fatigue Crack Growth in Functionally Graded Materials; V. Kanyanta | Numerical Simulation of Multiscale Two-Phase Flows using OpenFOAM, Holger Marschall (slides + animation) | ||

14:10-14:30 | Computational Representation of the PIV-based Tabulated- Force Model of a Plasma-Actuator; I. Maden, R. Maduta, J. Kriegeis, S. Jakirlic, C. Schwarz, S. Grundmann, C. Tropea | Development of a Finite-Volume based Structural Solver for Large Rotation of Non-Orthogonal Meshes; P. Cardiff, A. Karac, Z. Tuković, A. Ivanković (slides) | Impacting droplets: dynamic contact angle modelling in OpenFOAM; A. Criscione, R. Röhrig, I. V. Roisman, S. Jakirlic, C. Tropea | ||

14:30-14:50 | OpenFOAM Implementation of an Incompressible Eddy Viscosity Model; M. Popovac, P. Benovsky (slides) | A Strongly Coupled Fluid-Structure Interaction Model for Wind-Sail Simulation; M. Lombardi, N. Parolini, A. Quarteroni, M. Cremonesi | Block-Coupled Direct Numerical Simulation of Multicomponent Surfactant Transport on Fluidic Interfaces; K. Kissling, H. Marschall, D. Bothe (slides) | ||

14:50-15:10 | Large-eddy simulation of the flow over a circular cylinder at Reynolds number 3900; D. A. Lysenko, I. S. Ertesvag, K. E. Rian (slides) | Partitioned strongly coupled Fluid-Structure Interaction; M. Kosel, U. Heck (slides) | The Modelling of Rayleigh-Taylor Instability at a Late Stage; I. Sibgatullin, S. Strijhak | ||

15:10-15:40 | Coffee Break | ||||

Aerodynamics & Turbulence Modelling II | Porous Media | Free Surface & Interfacial Flow I | |||

15:40-16:10 | Large-Eddy Simulation of Supersonic Jets Using an Explicit Runge-Kutta-4-Method; V. Vuorinen, J. Keskinen, O. Kaario, J. Yu, M. Larmi, C. Duwig, B. Boersma | Simulation of Flow and Heat Transfer in Open-Cell Foams: Micro-scale and Macro-scale Modelling; A. Della Torre, G. Montenegro, G. Tabor (slides) | Numerical Simulation of Physical Foaming Processes; F. Gruber, M. Piesche (slides) | ||

16:10-16:30 | Implementation of the dynamic localization model (constrained) for large-eddy simulation in OpenFOAM; O. U. Kirlangic, M. S. Celebi (slides) | Consideration on heat and reaction in metal foam; M. Woo, C. Kim, G. Kim (slides) | Numerical Simulation of Polyurethane Foaming Processes on Bubble Scale; S. Geier, M. Piesche (slides + animation) | ||

16:30-16:50 | Optimizing Turbulence Model Performance Using Evolutionary Algorithms; B. Fabritius, G. Tabor (slides) | Two-phase flow solver for anisotropic porous media; C. Soulaine, M. Quintard (slides) | Modeling of mixing and separation in three-phase flows; N. Lichtenberg, D. Thévenin (slides) | ||

16:50-17:10 | Development of a new class of RANS and DES time-scale based two-equation turbulence models using OpenFOAM code; V. K. Krastev, G. Bella | Application of OpenFOAM to transfers in soils: first developments and perspectives; L. Orgogonzo, F. Hénon, C. Soulaine (slides) | Simulation and Improvement of Fluid Phase Resonance Mixing with OpenFOAM; S. Schmalfuß, R. Säuberlich, M. Sommerfeld | ||

17:10-17:30 | Second-Moment Closure Modeling of Unsteady Separation: Conventional vs. Instability-Sensitivity Closure; R. Maduta, M. Ullrich, S. Jakirlic | Fixed-bed Gasification Solver for Biomass Syngas Production; P. J. Zuk, K. Kwiatkowski, K. Bajer | |||

18:45
- 23:00 |
Banquet Dinner at Castle Auerbach (Please be in time; we are leaving by bus.) |
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* As for the time: Sorry, but you are about visiting the OpenFOAM Workshop in Germany, right? |

08:30 | Opening & Plenary | ||||

08:30-09:40 |
Plenary
Frontiers of Experimental Fluid
Dynamics - Modern Techniques for CFD Validation of Complex Flows
Lynn Gladden (University of Cambridge), Michael Schlüter (Technische Universität Hamburg-Harburg), Uwe Hampel (Helmholtz-Zentrum Dresden-Rossendorf) |
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09:40-10:10 | Poster Session | ||||

Coffee Break | |||||

Track 1 | Track 2 | Track 3 | |||

Meshing and Preprocessing | Multiphysics | Atmospheric & Environmental Flow I | |||

10:30-11:00 | Mixing
Polyhedral and Normal Element Types;
O. Gloth |
Solid Oxide Regenerative Fuel-Cell: An OpenFOAM solver; M. García-Camprubí, N. Fueyo (slides) | Numerical analysis of vertical axis wind turbines with straight and helical blades; Z. Tuković, D. Matijasević, I. Hrgovan | ||

11:00-11:20 | Blender 3D as a GUI for OpenFOAM's native mesh generation tools; K.-J. Nogenmyr | Implementation of electrochemical model of Li-ion battery in OpenFOAM; T. Takayama, M. Yoneda (slides) | LES modeling of Wind Turbines with actuator line approach; P. Schito, R. Ponzini, A. Zasso (slides) | ||

11:20-11:40 | Strutured
mesh generation for wind energy
applications; J.
Schmidt (slides) |
Multi-physics modelling of the Molten Salt fast Reactor using OpenFOAM; M. Aufiero, A. Cammi, L. Luzzi (slides) | Development of a Cyber-Wind Facility for Terrestrial and Offshore Wind-Energy Applications; E. Paterson et al. | ||

11:40-12:00 | CastNet
and blueCFD: A GUI controlled
Windows environment based on OpenFOAM technology; U. Heck, M.
Becker,
B. Santos, N. Marques (slides) |
Wind Site Assessment Simulations in complex terrain based on OpenFOAM; M. Ehlen (slides) | |||

12:00-13:00 | Lunch | ||||

Optimization & HPC | Dispersed & Particulate Flow I | Atmospheric & Env. Flow II | |||

Reactive and Engine Flow I | |||||

13:00-13:30 | Adjoint
multi-objective optimization of
intake port flow; E. de Villiers,
C. Othmer (slides) |
Simulation
of spray break up and droplet
film interaction using Lagrange particle tracking; M. Rehm, C.
Xu, D.
Walter (slides) |
Application
of CFD to Sustainable Urban
Drainage; G.
Tabor (slides) |
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13:30-13:50 | Coupling efficient multivariate analysis and optimization strategies with an innovative flow solver for hull hydodynamics; P. Geremia, K. Maki, G. Lavini, H.Genuzio | Investigation
of the local time stepping
(LTS) approach for Lagrangian particle simulations; M. Becker,
U. Heck (slides) |
A
study of the Butterfly-Effect for
Massively Separated Flows using OpenFOAM; R. Bouwman, A.
Michalski (slides) |
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13:50-14:10 | Design and Implementation of Efficient CUDA Linear Solvers for OpenFOAM; A. Monakov (slides) | Geometric
Interface Reconstruction for
Particle Tracking Simulation of Mixing Processes; T. Erb, C.
Bonten (slides) |
Validation
studies of flow modelling around
buildings; A.
Rákai, G. Kristóf (slides) |
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14:10-14:30 | AREAL
– a GPU-based solver for 3D
incompressible transient and steady-state flow; T.
Tomczak, K.
Zadarnowska, Z. Koza, M. Matyka, A. Kosior, J. Pola, L. Miroslaw
(slides) |
A
Parallel Resolved Fluid-Particle
Interaction Method; A. Hager,
C. Kloss, S. Pirker, C. Goniva (slides) |
Boundary
conditions and subgrid scale models
for LES simulation of Internal Combustion Engines; F. Piscaglia,
A.
Montorfano, A. Onorati (slides) |
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14:30-14:50 | Multi-GPU
simulations in OpenFOAM with
SpeedIT technology; Z. Koza, A. Kosinor, M. Matyka, J. Pola, L.
Miroslaw (slides) |
Numerical
Modelling of Particle Fouling
Processes on Dimpled Surfaces; J. Klunker,
J. Turnow, N. Kornev (slides) |
Numerical
investigation of the gas exchange
and combustion in a single cylinder engine; P. Janas, I. Wlokas,
A.
Kempf, C. Schulz |
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14:50-15:10 | Managing
large scientific database files in
OpenFOAM using a memory abstraction layer (MAL); S. Weise,
D. Messig,
C. Hasse, B. Meyer (slides) |
Implementation
of Nonlinear Algebraic
Reynolds Stress Model for Two-Phase Turbulent Flows into OpenFOAM;
R.
Mukin (slides) |
Coupling
between microkinetic modeling and
CFD: towards a fully first-principle catalytic chemical reaction
engineering; A.
Cuoci, M. Maestri (slides) |
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15:10-15:40 | Coffee Break | ||||

Ship Hydrodynamics & Cavitation | Dispersed & Particulate Flow II | Reactive and Engine Flow II | |||

Numerics, Validation & Verification | |||||

15:40-16:10 | Simulations of Composite Marine Propellers using OpenFOAM; H. Kröger | Two-phase Euler-Euler Solver for Simulation of Subcooled Nucleate Boiling; J. Peltola, T. Pättikangas (slides) | Modeling swirl stabilized turbulent diffusion flames with tabulated chemistry in OpenFOAM; J. Keller, P. Habisreuther, M. Volz, F. Eiberger, N. Zarzalis (slides) | ||

16:10-16:30 | Prediction
of unsteady forces on marine
propellers using OpenFOAM; N. Kornev,
A. Taranov, E. Shchukin (slides) |
CFD Modeling of a Mesophilic Sludge Digester; F. Jacobsen | Modeling
of laminar partially premixed
dimethyl ether flames using detailed chemistry and transport
approaches; D.
Messig, F. Fuest, A. Dreizler, C. Hasse (slides) |
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16:30-16:50 | Development
of a Panel Method Based Body
Force Propulsor; J. Höpken,
U. Lantermann, B. el Moctar (slides) |
A
fully integrated pressure based coupled
solver using block GAMG acceleration; L. Magani,
M. Darwish, M.
Buchmayer |
Development and assessment of a LES-model for high pressure premixed turbulent combustion; R. Keppeler, M. Pfitzner (slides) | ||

16:50-17:10 | Numerical
Simulation of the Sloshing in
Prismatic Tank After Impact Interaction of Vessel with Ice Barrier
Using OpenFOAM; N. Tryaskin,
I. Tkachenko, A. Dukarskiy |
Implementation of a Preconditioner for a Density-Based Navier-Stokes Solver; S. Saegeler, C. Mundt (slides) | LES
of a pulverized coal jet flame; O.
Stein, G. Olenik, A. Kronenburg, M. Ghiani, M. Vascellari,
C. Hasse, B.
M. Franchetti, F. Marincola, A. Kempf |
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17:10-17:30 | Validation Benchmarks of OpenFOAM on the Ship's Performance; I. Inuzuka, M. Unno, K. Yada, T. Fujisawa | Libraries
for 6-DOF Motion of the Floating Body; H. B. Lee,
S. H. Rhee (slides) |
Introduction
of differential diffusion effect in methane premixed flame simulations
through tabulated chemistry; F. B. A. Collonval,
W. Polifke (slides) |
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17:30-17:50 | Physical
model tests and simulation approaches for a navigaton lock Henrik Rusche (slides) |
Code
Verification of OpenFOAM solvers using
the Method of Manufactured Solutions; R. Fisch,
R. Wüchner,
K.-U. Bletzinger (slides) |
A
Flamelet Generated Manifolds lookupTable tool for premixed turbulent
combustion; A.
Fancello, R. J. M. Bastiaans, L.P. H. de Goey (slides) |
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17:50-18:10 | Incompressible and Compressible Flows with Cavitation; S. Park, S. H. Rhee (slides) | Some comperative investigations on the performance of OpenFOAM; H. Sun, D. Staab, M. Schäfer | |||

Poster Session |

Numerical Study of Under-expanded Supersonic Jet; I. Eremin, A. Glazunov, E. Borzenko, A. Kagenov, I. Tyryshkin |

Numerical Study of Spacecraft Rocket Jet Impingement under Lunar Environment; E. Borzenko, A. Glazunov, I, Eremin, A. Kagenov, I. Tyryshkin |

CFD of the atmospheric boundary layer in complex terrain for wind farm applications; C. Peralta, J. Schmidt, B. Stoevesandt (poster) |

Subgrid Linear Eddy Model for LES Turbulent Combustion Modeling; M. Garcia-Camprubi, A. Sanchez-Insa, N. Fueyo |

Towards the Implicit Large Eddy
Simulation of Combustion Engines Using OpenFOAM;
J.-P.
Keskinen, A. Wehrfritz, V. Vuorinen, O. Kaario, M. Larmi |

Numerical Study of reacting flow with cooling walls in JETIS burner; V. Betak, J. Kubata, J. Tuma |

laminarSMOKE: A computational framework for the modeling of laminar flows with detailed kinetic mechanisms; A. Cuoci, A. Frassoldati, T. Faravelli, E. Ranzi |

The Lightweight Parallel
Computing Performance Profiler for OpenFOAM;
X. Guo,
Y. Tang, X. Ren, S. Zou |

The Validation of the Volume of Fluid Periodic Boundary Conditions in Stratified Two-Phase Flows; R. Sawko, P. Verdin, C. Thompson |

Mixing process by gas bubbling simulation; H. Rouch, O. Geoffroy, E. Sauvage, A. Bonnetier (poster) |

CFD Simulation of Shear-Driven Thin Liquid Film Flow; J. R. Marati, T. Gambaryan-Roisman, P. Stefan |

EMPIRE: A N-Code Coupling Tool
for Multyphysic Co-Simulations with OpenFOAM;
S.
Sicklinger, R. Wüchner, K.-U. Bletzinger |

OpenFOAM in Medical Engineering – A Comparison with Commercial CFD Software; P. Berg, G. Janiga, D. Thevenin |

Incorporating
Tool Deformation in the Design of Extrusion Dies for Complex Hollow
Profiles;
M.R. Moosavi, N.D. Gonçalves, A Gaspar-Cunha.,
O.S. Carneiro and J.M. Nóbrega |

Computer Aided Design of Extruded Profile Forming Tools; J.M. Nóbrega and Olga S. Carneiro |

OpenFOAM
performance analysis on Shaheen BG/P; S. Aseeri
and R. Khurram |

Direct numerical simulation of turbulent flow through noncircular ducts: a validation; G. Daschiel and B. Frohnapfel (poster) |

Study
of differential diffusion in non-reacting jets of H2/CO2 mixing with air;
G.
Maragkos, P. Rauwoens, D. Fauconnier and B. Merci |

Analytical validation case for one-way coupled magnetohydrodynamic free surface flows; B. Righolt, S. Kenjeres and C. Kleijn (poster) |

Calculation
of forces on particles in ultrasound agitated gaseous environment using
OpenFOAM;
C. Knoop and U. Fritsching |

Multi-scale
Spray Process Modeling for Generation of Metal Matrix Composite
Particles;
Xing Gang Li, Lydia Achelis and Udo Fritsching |