4th OpenFOAM® User Meeting

United Kingdom & Éire

18-19 April 2016

Homepage Day 2 presentations timetable

Day 2 presentations timetable

Time Name Title
09:30 Philip Cardiff Updates on a Block-Coupled Solver for Linear Elasticity
09:50 Edward Ransley RANS-VOF modelling of floating Tidal Turbine Concepts
10:10 Deborah Greaves A Collaborative Computational Project in Wave Structure Interaction
10:30 Arshad Mehmood Potential flow solver in OpenFOAM for free surface simulations
10:45 Pedro Martinez Coupling compressible and incompressible two-phase flow solvers in a numerical wave tank
11:00 Coffee break
11:30 Julien Maes Challenges and possibility of modelling reactive transport in carbonates rocks at the pore-scale
12:10 Aleksander Dubas It's little things that matter: Improving Speed and Stability in OpenFOAM
12:30 Hrvoje Jasak Numerics Improvements and Validation Results: FOAM-Extend
13:00 Lunch break
14:00 Hassan Kassem FSI for aeroelastic applications using modal approach
14:20 Recep Kahraman Heat Transfer in 3D-printed Heat Exchangers
14:40 Abdesselem Khenien OpenFOAM in the food industry: application to pastries
15:00 Group discussion
15:30 Day close

Day 2 poster display

Ben Ashby
Optimisation of Tidal Turbine Arrays through the use of Surrogate Modelling and the ParEGO Optimisation Algorithm
Ben Johnson
Development of free-spinning wind turbine representations for CFD
Ben Ashby; Matt Howard; George Hyde-Linaker; Tom March
Wind Farm Modelling with OpenFOAM
Gregor Cvijetić; Hrvoje Jasak
Harmonic Balance Method for Turbomachinery Applications


Gregor Cvijetić; Hrvoje Jasak
Harmonic Balance Method for Unsteady Periodic Flows
Inno Gatin; Vuko Vukčević; Hrvoje Jasak
Implementation of the Higher Order Spectral Method for Nonlinear Wave Propagation in FOAM
Vuko Vukčević; Hrvoje Jasak
Interface Jump Conditions: Eliminating Spurious Velocities in Free Surface Flows
Vuko Vukčević; Hrvoje Jasak
Validation and Verification of Decomposition Model based on Embedded Free Surface Method For Oblique Wave Seakeeping Simulations


Vuko Vukčević; Hrvoje Jasak
Seakeeping Validation and Verification using Decomposition Model Based on Embedded Free Surface Method
Vanja Škurić; Hrvoje Jasak
Numerical Model of Sediment Transport in Free Surface Flow
Hrvoje Jasak; Inno Gatin; Vuko Vukčević
Simulations of Resistance, Sinkage and Trim of KCS in Calm Water Condition Using OpenFOAM
Inno Gatin; Hrvoje Jasak; Većeslav čorić
Simulations of Wave Loading on Static Structures Using OpenFOAM






Get in Touch

Feel free to contact us if you have any questions. Contact details are below.

Email

Shenan Grossberg:
ss455@exeter.ac.uk

Email

Bernardas Jankauskas:
bj255@exeter.ac.uk