Anselm Berg
Bosch
Network
Latest external collaboration on country level. Dive into details by clicking on the dots.
Publication
Featured researches published by Anselm Berg.
Archive | 2003
Anselm Berg; Uwe Iben; Andreas Meister
The simulation of pressure waves plays an important role in the development of modern hydraulic tools. Due to its strong influence on the speed of sound cavitation has a great influence on this nonlinear wave propagation. In this presentation we analyze some second order methods used for the simulation of these phenomena. In particular we show that some in the context of gas dynamics well known methods refuse to perform the desired simulations while others give reliable results.
Archive | 2003
Andreas Meister; Anselm Berg; Uwe Iben
A method for the numerical simulation of cavitation phenomena is described. Thereby, a homogeneous cavitation model based on a thermodynamic equilibrium model of liquid and steam is considered. Besides a brief introduction into the mathematical model described in [1] we focus on the discretization tech- nique. The ability of the scheme is proven by numerical experiments.
Shock Waves | 2005
Anselm Berg; Uwe Iben; A. Meister; J. Schmidt
Archive | 2015
Gero Nenninger; Anselm Berg
Archive | 2014
Andreas Eichendorf; Rene Deponte; Martin Zywietz; Bernhard Gossen; Markus Feigl; Anselm Berg; Thomas Klemen; Seyed Abbassi
Archive | 2014
Anselm Berg; Ralf Angerbauer
Archive | 2013
Rene Deponte; Anselm Berg; Markus Feigl; Bernhard Gossen; Martin Zywietz; Andreas Eichendorf
Archive | 2013
Juergen Graner; Martin Maier; Anselm Berg
Archive | 2017
Simon Obergfaell; Thomas Klemen; Michael Riefler; Oliver Gerundt; Ionut Marian Lica; Markus Feigl; Ralf Oswald; Seyed Abbassi; Anselm Berg
Archive | 2017
Anselm Berg; Thomas Klemen
