More
Consistent kernel-based approximations
Space@Sea
PROPSEAS - Propulsion in Seaways
Paralympics-Ski-Team
OptiGleit
Numerische Simulation turbulenter Strömungen um eine Kugel
Minimizing undesired wave reflections in flow simulations
Gadget-H2O
Safety for Offshore Wind Turbines
LiquefAction
LiftWEC
pi-shallo
HyStOH
HyMOTT-MOTiON
HYKOPS
Cavitation Erosion
Fluid-Struktur-Wechselwirkungen inkompressibel & linear-elastisch
Abdriftverhalten eines teilvertäuten Tankers
Virtual Reality for CFD Post-processing
TUG-HYDRO-Design
Bewegungssimulation schwimmender Körper in viskoser Strömung
OptiStopp
FORM-PRO - Adjoint-RANS Optimisation
EVACS / Passenger Evacuation
STELLA
SMAES - Simulation of Ditching Aircraft
TARGETS
STREAMLINE
Joint research project HYKOPS (Development of a Framework for the Design of Innovative Hydrodynamic Propulsion- and Manoeuvring Devices)
Background
TU Hamburg
Institute for Fluid Dynamics and Ship Theory (M-8)
Am Schwarzenberg-Campus 4
21073 Hamburg
E-mail
: fds@tuhh.de
Phone
: +49 40 42878-6052
