Program > Program at a glance (agenda)
Training Day For the benefit of new users and people interested in knowing the OpenFOAM® simulation platform, a Basic Training will be arranged on June 11. For more advanced users, an Advanced Training will also be organized on same day.
Technical Session Plenary sessions and technical sessions will be held on June 12 and June 14.
June 12 will be concluded with the workshop banquet dinner and cultural evening.
Community Day June 13 will be dedicated to collaborative work.
It will be encouraged through working group activities, Special Interest Groups (SIG) meetings, BoF sessions, clinics and plenary sessions.
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Tuesday, 11 June
1st Day Training Courses
Track 1
Room: 201a (2F)
Track 2
Room: 201b (2F)
Track 3
Room: 202a (2F)
Track 4
Room: 202b (2F)
08:00-09:00 Registration (Reception desk will be open during all workshop days.)
(90 min)
Basic course Intermediate course Advanced course Advanced course
My first OpenFOAM tutorials
(Hyun Seok Roh, NEXTfoam)
Application of OpenFOAM to Prediction of Hull Resistance
(Sang Bong Lee,
Hyundai Heavy Ind.)
(Håkan Nilsson,
Chalmers University of Technology)
Five Basic Classes in OpenFOAM
(Hrvoje Jasak, Wikki Ltd.)
10:30-11:00 Coffee break
(90 min)
Basic course Advanced course Advanced course Advanced course
Mesh generation using snappyHexMesh
My first OpenFOAM tutorials
(Gwangho Oh,
Applications of OpenFOAM in Hydraulics Engineering
(Van Thinh Nguyen,
Seoul National University)
pyFoam -Productive use of OpenFOAM from the command line
(Bernhard F.W. Gschaider,
ICE Strömungsforschung Gmbh )
Discretisation Best Practice for Industrial CFD with OpenFOAM

Dynamic Mesh Support in OpenFOAM

(Hrvoje Jasak,
Wikki Ltd.)
12:30-13:30 Lunch : Delizia restaurant (3F)
(90 min)
Basic course Advanced course Advanced course Advanced course
Post processing using paraView
My first OpenFOAM tutorials
(Byoung Yun Kim, NEXTfoam)
A Concise Introduction to Pre-Processing, Meshing, and Running OpenFOAM® Cases with HELYX-OS
(Daniel P Combest, engys)
swak4Foam-Gentle introduction and new developments
(Bernhard F.W. Gschaider,
ICE Strömungsforschung Gmbh)
How to add a transport equation to scalarTransportFoam
(Henrik Rusche, Wikki GmbH)
15:00-15:30 Coffee break
(90 min)
Basic course Advanced course Advanced course Advanced course
Make my solver
My first OpenFOAM tutorials

(Sunho Park, NEXTfoam)
Advanced Preprocessing and Meshing with snappyHexMesh
(Daniel P Combest, engys)
Complex online post-processing:
How to implement simple acoustic analogy in OpenFOAM

(Sergei Strizhak, Matvey Kraposhin)
Create a DES (Detached-Eddy Simulation) turbulence model from the kOmegaSST RANS model
(Dominik Christ, Wikki Ltd.)


Wednesday, 12 June
2nd Day Technical Sessions
Room: Yeong Ju A (1F)
Welcome Ceremony & Keynote Lecture & Sponsor Sessions
08:30-08:40 Welcome Ceremony
Shin Hyung Rhee
08:40-09:25 Keynote Lecture
Multi-Phenomena Computational Fluid Dynamics and Its Industrial Applications
(Nahmkeon Hur, Sogang University, Korea)
09:25-09:55 Sponsor Session I
Breathing OpenFOAM in Korea for three years-How we get used to OpenFOAM from the DUMMY state
09:55-10:25 Sponsor Session II
Accelerating the numerical simulation of unsteady heavy-vehicle aerodynamics using GPUs and Culises
10:25-10:50 Coffee break
(100 min)
Track 1
Room: Yeong Ju A (1F) Multiphase flow 1
(Chair: Takanori Hino)
Track 2
Room: Baek Rok A (1F)
Aerodynamics / Wind turbine
(Chair: Sejong Oh)
Track 3
Room: Baek Rok B (1F)
Validation and verification /
Rarefied gas flow
(Chair: Jongtae Kim)
10:50-11:10 Development of finite volume model of thermo and hydrodynamic of two phase flow with condensation, evaporation, temperature dilation and compressibility of media using OpenFOAM: current state and perspectives
(M.V. Kraposhin, A.M. Tagirov, A.V. Yuskin, S.V. Strizhak)
Development and validation of a density-based implicit solver using LU-SGS algorithm
(Jae Heung Gill, Ji Hong Kim, Sung Ki Jung, Hoon Bum Shin, Kyu Hong Kim)
OpenFOAM® Verification and Validation Cases Maintained by the Open CAE Society of Japan
(Masashi Imano, Takuya Oshima, Takamasa Hasama, Takahiro Shibata and Shinya Ogata)
11:10-11:30 A 3D geometrical Volume of Fluid method on unstructured meshes using OpenFOAM
(Tomislav Marić, Holger Marschall, Dieter Bothe)
Numerical Simulation of Hypersonic Reentry Flows using DsmcFoam
(Hiroumi Tani, Naoki Tani, and Hideyo Negishi)
Application and Validation of OpenFOAM for Natural Convection Heat Transfer of a Pool with Volumetric Heat
(Jongtae Kim, Seong-Wan Hong and JinHo Song)
11:30-11:50 Numerical and experimental investigation of a two-phase CO2 ejector
(Christian Lucas, Juergen Koehler, Andreas Schroeder and Henrik Rusche)
Cabin-Bay Multi-Domain Simulations with Improved Aerothermal Boundary Conditions
(Suraj Thulkar, Mita Sarkar, Henrik Rusche, Michel Fouquembergh, Guillaume Alleon)
OpenFOAM Solver Verification
(Harold Noriega, Robert Magnan, Paul Labbé, and François Guibault)
11:50-12:10 Modelling dynamic liquid-gas systems: Extensions to the volume-of-fluid solver
(Johan A Heyns and Oliver F Oxtoby and Ridhwaan Suliman)
MAAT: CFD based airship aerodynamic optimization and docking
(Paolo Geremia, Fancisco Campos, Andrew Jackson and Eugene de Villiers)
Development and Validation of a Hybrid Solver for locally rarefied gas flows
(Henrik Rusche, Sarantis Pantazis)
12:10-12:30 Dynamic flow behavior of a rectangular bubble column
(Gerhard Holzinger and Stefan Pirker)
12:30-13:30 Lunch : Delizia restaurant (3F)
(100 min.)
Room: Yeong Ju A (1F)
Multiphase flow 2
(Chair: Håkan Nilsson)
Room: Baek Rok A (1F)
Turbulent flow
(Chair: Eugene de Villiers)
Room: Baek Rok B (1F)
Thermocapillary flow / Droplet
(Chair: Holger Marschall)
13:30-13:50 Multiphase CFD in Chemical Engineering: Benefit, Advantages of OpenFOAM and Future Needs from BASF’s perspective
(Christian Kunkelmann and Peter Renze)
Numerical study on the influence of turbulent structure in a channel with wavy-walls on drag reduction
(Masayoshi Nakamoto, Youhei Takagi and Yasunori Okano)
Numerical simulation of thermocapillary flow in a circular thin concave and convex liquid film under micro-gravity field
(Takuya Yamamoto, Youhei Takagi, Yasunori Okano)
13:50-14:10 Gas-Solid Bubbling Fluidized Bed Simulations with

(Timo Niemi and Juho Peltola)
Wind tunnel validation of Detached Eddy Simulation for vehicle external aerodynamics
(Angus Lock, Paolo Geremia and Eugene de Villiers)
Three-dimensional simulation of hydrothermal wave
(Youhei Takagi, Takuya Yamamoto and Yasunori Okano)
14:10-14:30 Simulation of OECD/NRC PSBT 1.2211 subcooled nucleate boiling benchmark with an OpenFOAM based solver
(Juho Peltola and Timo Pättikangas)
3D Numerical Simulation of Turbulent Flows over Hydraulic Structures in Rivers
(Van Thinh Nguyen, Alexey Matveichev)
Electrohydrodynamics Simulations of Nano Scale, High Frequency Droplet Injection
(Vinh-Tan Nguyen and Jing Lou)
14:30-14:50 A particle-level fiber model, implemented in OpenFOAM®
(Jelena Andrić, Stefan B. Lindström, Srdjan Sacic, and Håkan Nilsson)
3D Numerical Simulation of Turbulent Flows in Meandering Channels
(Van Thinh Nguyen, Alexey Matveichev)
Direct Numerical Simulation of Droplet Formation Processes under the Influence of Multiple Surfactants
(Kathrin Dieter-Kissling, Holger Marschall, Dieter Bothe)
14:50-15:10 A multi-scale approach for modeling cavitation on hydrofoils, implemented in OpenFOAM®
(Aurelia Vallier, Johan Revstedt and Håkan Nilsson)
3D Numerical Simulation of Turbulent Flows at Confluence of Channels
(Van Thinh Nguyen)
A local Robin type Boundary Condition applied to the Phase Fraction to simulate Moving and Pinning Contact Lines
(Nicklas Linder, Ilia V. Roisman, Holger Marschall, Cameron Tropea)
15:10-15:40 Coffee break
(80 min.)
Room: Yeong Ju A (1F)
(Chair: Van Thinh Nguyen)
Room: Baek Rok A (1F)
Turbulence model / Turbomachinery
(Chair: Francois Guibault)
Room: Baek Rok B (1F)
Coupled solver / Parallel computing
(Chair: Martin Beaudoin)
15:40-16:00 Rifle Creek Dam DIY Physical Modelling
(Franz Jacobsen)
Implementation and Numerical Stabilisation of Adjoint Flow and Turbulence Model in OpenFOAM
(Hrvoje Jasak, Nikola Lisjak)
Accelerating OpenFOAM with Parallel GPU Linear Solver
(Alexander Monakov and Vladimir Platonov)
16:00-16:20   Implementation of Compressible Explicit Algebraic Reynolds Stress Model (C -EARSM)
(Geon-Hong Kim and Seung O Park)
DecomposeZoltan: Doing domain decomposition in parallel
(Martin Beaudoin)
16:20-16:40   Desynchronized guide vane torque prediction for CFD spiral casing flow simulation using OpenFOAM
(Christophe Devals, Francois Guibault and Thi C. Vu)
16:40 -17:00   Prediction of Cooling Air Flow in Electric Generators,
using OpenFOAM®

(Pirooz Moradnia and Håkan Nilsson)
17:00-18:00 Free Time
18:00-22:00 Banquet Dinner : Ocean View (5F)
Thursday, 13 June
3rd Day Community Day
SIG Session I
Room: Yeong Ju A (1F)
SIG Session II
Room: Baek Rok A (1F)
SIG Session III
Room: Baek Rok B (1F)
08:30-10:20 Turbomachinery
(Håkan Nisson)
Pre-launch meeting for Asia-Pacific OpenFOAM forum
(Hyun Seok Roh)
Two-phase flows and waves
(Pablo Higuera)
10:20-10:50 Coffee break
(100 min)
SIG Session IV
Room: Yeong Ju A (1F)
SIG Session V
Room: Baek Rok A (1F)
10:50-12:30 Automotive applications
(Angus Lock)
Korean community
(Hyun Seok Roh)
12:30-13:30 Lunch : Picnic lunch provided
Excursion 1
(Location 1: Halla Mt. Trekking)
Excursion 2
(Location 2 : Jeju East Coast )
Course : ICC jeju - Halla Mt. - ICC jeju Course : ICC jeju - Sungsan Sunrise peak - Manjanggul - ICC jeju
Friday, 14 June
4th Day Technical Sessions
(80 min.)
Room: Yeong Ju A (1F)
Keynote Lecture & Sponsor Session
09:00-09:50 Keynote Lecture
Multi-dimensional Limiting Strategy for Higher-order Schemes in Compressible Flows
(Chongam Kim, Seoul National University, Korea)
09:50-10:20 Sponsor Session III
Development progress on HELYX-OS, the Open Source GUI for OpenFOAM®
10:20-10:50 Coffee break
(100 min)
Track 1
Room: Yeong Ju A (1F)
Ship hydrodynamics 1
(Chair: Takafumi Kawamura)
Track 2
Room: Baek Rok A (1F)
Liquid film / Optimization / Stress / Documentation / Platform
(Chair: Bernhard Gschaider)
Track 3
Room: Baek Rok B (1F)
Combustion 1
(Chair: Hrvoje Jasak)
10:50-11:10 Simulation of Flow around a Self-Propelling Ship Hull using OpenFOAM
(Takafumi Kawamura, Takeharu Fujisawa)
Simulation of the liquid film on spinning disks using OpenFOAM
(Bernhard F.W. Gschaider and Petr Vita)
Development and validation of a local time stepping solver-based PaSR solver for combustion and radiation modeling
(Kar Mun Pang, Anders Ivarsson, Sajjad Haider, Jesper Schramm)
11:10-11:30 Development of CFD Solver for Ship and Ocean Engineering Flows
(Zhirong Shen, Hongjian Cao, Yuanchuang Liu and Decheng Wan)
Level-set based topology optimization using adjoint CFD
(Georgios Karpouzas and Eugene de Villiers)
Linear Thermoacoustic Riemann Solver with Application to Turbulent Premixed Gas Turbine Combustion Instability
(Perry Johnson, Hrvoje Jasak, Jared Pent, and Enrique Portillo)
11:30-11:50 Self -Propulsion Simulation of KCS with Dynamic Overset Grids
(Zhirong Shen, Decheng Wan and Pablo M. Carrica)
A Finite Volume Method (FVM) solver for non-linear soil stress analysis using OpenFOAM
(Tian Tang, Ole Hededal and Johan Roenby)
Oxyfuel Coal Flame Simulation to Evaluate the Effect of
Boudouard Reaction on Coal Char Combustion

(Dominik Christ)
11:50-12:10 The NavalHydro-Pack and its Application in the Simulation of Ship Hydrodynamics
(Dominik Christ)
The CoCoons Project
Community-driven Documentation of OpenFOAM® Technology

(Holger Marschall)
Implementation of a Steady Laminar Flamelet Model for nonpremixed combustion in LES and RANS simulations
(Hagen Müller, Federica Ferraro, Michael Pfitzner)
12:10-12:30 Implementation of OpenFOAM for Prediction of Wind Force Acting on Car Carrier Vessels
(Takehiro Ikeda and Koyu Kimura)
Using the Ciespace Open Cloud Platform: A Case Study with Moving Meshes in OpenFOAM®
(Sanjay Choudhry)
Towards Numerical Simulation of Turbulent Hydrogen Combustion based on Flamelet Generated Manifolds
(Alessio Fancello, R.J.M. Bastiaans and L.P.H. de Goey)
12:30-13:30 Lunch : Delizia restaurant (3F)
(80 min.)
Room: Yeong Ju A (1F)
Coastal engineering / Control / Ship hydrodynamics 2
Room: Baek Rok A (1F)
Bio / Particulate flow /
Acoustics / Eletroplating
Room: Baek Rok B (1F)
Combustion 2
13:30-13:50 IHFOAM: New Insights in Coastal and Offshore Engineering Simulations with OpenFOAM®
Pablo Higuera , JavieMr L. Lara and Inigo J. Losada
Blood Flow in Realistic Neonatal Aorta using Open Source Software OpenFOAM
(Senol Piskin, Onur Dur and Kerem Pekkan)
Development of Coal Combustion Libraries based on Structural Behavior of the Particle
(Karam Han and Kang Y. Huh)
13:50-14:10 A computational study on the circular cylinder at low Reynolds number for feedback control of von Karman vortex Shedding
(Kim, J.H., Lange, C.F., Koch, C.R.)
Simplified fictitious domain method for particulate flow simulation on OpenFOAM
(Ryota Aoki and Ronald J. Phillips)
Implementation of RIF Model into OpenFOAM
(Ki-Young Jung, Yongmo Kim and Gun-Hong Kim)
14:10-14:30 Numerical simulation of wave induced motion of a floating body
(Heebum Lee and Shin Hyung Rhee)
Simulation of the Acoustic Wave Propagation in Steel

(Henrik Rusche, Pavel Kodet, Markus Rehm)
DQMOM-based PDF Transport Modeling for Turbulent Lifted Flame with Autoignition
(Gun-Hong Kim, Sangtae Jeon, Jeongwon Lee and Yongmo Kim)
14:30-14:50 Development of Automatic Package for Prediction of Ship Resistance
(Gwangho Oh, Hyun Seok Roh and Byoung Yun Kim)
Implementation of a Model for Electroplating in OpenFOAM®
(Tsutomu Takayama and Masakazu Yoneda)