The Hamburg Ship Model Basin
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Description: Providing services and assistance for all reasonable problems in marine hydrodynamics.
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| Page title: | HSVA - Hamburgische Schiffbau-Versuchsanstalt |
| Keywords: | HSVA, Virtual Basin, Ship basin, Hamburg, Hamburgische Schiffbau Versuchsanstalt, Hamburg Ship Basin, Germany, German, Deutsch, Deutschland, CFD, CAD, Hydrodynamic, Ship, Ship building, Schiffbauindustrie, Hamburg Model Ship Basin, VIRTUE, EROCAV, Computational Fluid Dynamics, hullform, Optimisation, Design, Propeller, Hydrodynamics, Analysis, Model test, Model testing, Hamburg Ship Model Basin, Software, Hullform Design, Hullform Optimisation, Linien, Optimierung, Consulting, Cavitation, Seegang, Yacht, Container, Tanker, RoRo, Ro/Ro, Hydroakustik, Sloshing, Catamaran, Trimaran, Swath, Towing Tank, Resistance, Propulsion, Seakeeping, Manoeuvring, Ice, Offshore, Research, Optimization, Speed Power Prediction, 3D Wake Measurement, Paint Test, Podded Drive Propulsion, Water Jet Propulsion, Erosion, Pressure Fluctuation, Noise Measurement, Cavitation Observation, Vibration, Propeller Singing, Propeller Noise, Cavitation Tunnel, HYKAT, Cavitation Testing, Rudder Cavitation, Modell Propeller Manufacture, Large Ice Model Basin, Ice and environmental technology, cold regions technology, ice related problems, physical and numerical ice modelling, mechanical properties of sea ice and broken ice rubble, icebreaking ships, structures in ice, numerical ice technology, artic engineering, full scale measurements, arctic environmental test basin, ice meachanics, flexural ice strength, shear strength, compressive and tensile ice strength, elastic modules, fracture toughness, ice texture, grain sizes, friction coefficent, ice density and salinity, material testing under cold temperature, double flap wavemaker, self propulsion test in waves, motion, theoretical investigations, short crested waves, non-linear strip theory method, manoeuvring tests, computerized planar motion carriage, CPMC, Valanto, capsizing, survival, evacuation, captive ship model tests, freely manoeuvring model, simple method to estimate course stability |
| Description: | Leading edge technology applied in experimental as well as in numerical studies makes the Hamburg Ship Model Basin an ideal partner to solve your problems in marine hydrodynamics and related fields. |
| IP-address: | 145.253.3.75 |
WHOIS Info
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| WHOIS | Status: connect |
| Date | Changed: 2008-03-13T11:47:13+01:00 Changed: 2012-12-18T06:18:16+01:00 Changed: 2012-12-18T06:18:16+01:00 |