Stephan Berger Email & Phone Number

Kongens Lyngby, Capital Region, Denmark

Leading a group of skilled numerical specialists in ship hydrodynamics and wind flow. R&D as well as commercial activities.

Copenhagen Metropolitan Area

Responsible for propeller hydroacoustics, propulsion performance and propeller cavitation for civil and naval vessels, coordination and lead of R&D activities in hydrodynamics, supervision of PhD students

København, Capital Region, Denmark

Development of efficient propeller design methods, coordination of R&D activities in propeller hydrodynamics, revision and optimization of propeller design processes, numerical cavitation erosion modelling

Hamburg

Numerical simulation of propeller and rudder flow with RANS and panel methods, investigation of ship hull flow, cavitation modelling, multi-objective hydrodynamic optimisation of propellers with genetic algorithms. Participation in/managing of joint research projects.

Waren/Müritz

Development of an efficient method for simulating propeller-hull interaction based on coupling a RANS solver with a panel method

Dr.-Ing.

Diplom-Ingenieur (Dipl.-Ing.), Shipbuilding/Naval Architecture

Studies of Naval Architecture; main subjects: ship design and hydrodynamics

Vordiplom, Mechanical Engineering

Pre-diploma in Mechanical Engineering