Dr. Jonas Bünger

As a PhD candidate my research included, among others, the following fields: - Reduced order modeling - Kinetic theory - Energy-stable boundary conditions - Minimum entropy models of linear Boltzmann model - Inverse problem (EPMA Imaging) - Spherical Harmonic Approx. for linear Boltzmann model - Adjoint-State Method for efficient gradient computation - Gradient-based minimization - Implementation of numerical solvers of PDE-systems Furthermore, I throughout had classical teaching responsibilities.

- Development of custom SAP interfaces and applications - Data analysis and preparation

- Finite volume discretization of R13 Moment Model for rarefied gases - Implementation of a finite volume solver in OpenFOAM for efficient simulation of rarefied gases in 3D

Development of VBA-AddIn/-PlugIns for MS Office Excel, Word and PowerPoint

Center for Computational Engineering Science (Mathematics Division) R13 Momentengleichungen Finite Volumen Diskretisierung OpenFOAM

- Documentation and improvement of a particle simulation code. - Development of various (interactive) VBA applications for Excel. - Computer Aided Engineering

Mathematik

Vertiefung: Theoretischer Maschinenbau