Diploma and Master Theses (authored and supervised):
"Numerical Simulation of Incompressible 3D Fluid Dynamics and its Acceleration Using GPU Prgramming";
Supervisor: G. Schranz-Kirlinger;
Institut fuer Analysis und Scientific Computing,
final examination: 2010-05-19.
This diploma thesis is concerned with the analysis and accerleration of an incompressible 3D flow simulation using GPU computing. For this thesis a simplified version of an in-house incompressible 3D Euler solver of Andritz AG was used. This code computes an approximate steady state solution of the incompressible Euler equations using a hyperbolic auxiliary system of partial differential equations with artificial compressibility which resembles the compressible Euler equations.
Created from the Publication Database of the Vienna University of Technology.