Objective
To further improve, develop and validate the ComFLOW program for complex free-surface flows in the offshore industry and make it useable for advanced engineering applications by improved functionality and speed-up of the algorithms.
To further improve, develop and validate the ComFLOW program for complex free-surface flows in the offshore industry and make it useable for advanced engineering applications by improved functionality and speed-up of the algorithms.
Project plan
ComFlow-3 Initiative Project plan
Extreme wave impact on offshore platforms and coastal structures
ComFlow-3 Initiative Project plan
Extreme wave impact on offshore platforms and coastal structures
Presentations
ComFLOW-3 JIP status
Sloshing effect on ship motions
ComFLOW Developments @ RuG
ComFLOW-3 JIP Kick-Off
Simulation of Sloshing Dynamics in a Tank by an Improved Volume-of-Fluid Method
Wave-in-deck load on a jacket platform, CFD-derived pressures and non-linear structural response
ComFLOW:CFD for offshore and coastal protection
Funding
ComFLOW-3 JIP status
Sloshing effect on ship motions
ComFLOW Developments @ RuG
ComFLOW-3 JIP Kick-Off
Simulation of Sloshing Dynamics in a Tank by an Improved Volume-of-Fluid Method
Wave-in-deck load on a jacket platform, CFD-derived pressures and non-linear structural response
ComFLOW:CFD for offshore and coastal protection
Funding