Dipl.-Tech. Math. Philipp Neumann

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Address: TU München Institut für Informatik Boltzmannstr. 3 85748 Garching b. München Office: MI 02.05.061 Email: Phone: (089) 289 18 626 Fax: (089) 289 18 607 Office Hours: by arrangement Teaching: SS 09 Lab Course Computational Fluid Dynamics Ferienakademie 2009 - Course 9: Simulation technology → Course material: Handouts and slides SS 10 Lab Course Computational Fluid Dynamics SS 11 Master Lab Course Computational Fluid Dynamics Bachelor Lab Course Game Physics SS 12 Master Lab Course Computational Fluid Dynamics WS 12 Scientific Computing I Homepage: Welcome to Super-Epsi's world Topics for diploma/ master's theses: Hybrid molecular dynamics-Lattice Boltzmann simulations for complex liquids A hybrid molecular dynamics-Lattice Boltzmann approach to multiscale fluid dynamics Implementation of a multispeed Lattice Boltzmann solver Coupling strategies for hybrid molecular dynamics-Lattice Boltzmann simulations Dynamic adaptive refinement techniques for free surface flow simulations Beside the listed topics for diploma and master's theses, individual topics and suggestions are also always welcome! Just drop by my office so that we can discuss your ideas! Finished student projects: T. Kovacevic. Aspects of Hybrid Molecular-Continuum Simulations for Complex Liquids. Master's thesis. 2012. Description M. Georgiev, D. Gudu, M. Hinterstocker, T. Kovacevic and A. Shahvarani. MRI goes FRAVE. BGCE Honours Project. 2012. P. Hoffmann. Ein Kopplungsansatz für hybride Lattice Boltzmann-Molekulardynamik-Simulationen mit MarDyn. Master's thesis. 2011. Description. W. Wang. Benchmark computations for the Lattice Boltzmann component within the Peano framework. Work during employment as student assistent. 2011. T. Rohrmann. Lattice Boltzmann simulations in the finite Knudsen number range within the Peano framework. Bachelor's thesis. 2011. Description. D. Jarema. Comparison and Coupling of a Lattice-Boltzmann Fluid-Structure Interaction Code with the Faxén Correction Approach. Master's thesis. 2011. M. Schreiber. GPU based simulation and visualization of fluids with free surfaces. Diploma thesis. 2010. B. Gholami, D. Kleine-Albers, C. Kowitz, N. Melik-Barkhudarov, O. Perro, S. Selcuk and N. Shahriari. Simulating Free Surface Flows with the Lattice Boltzmann Method. BGCE Honours Project. 2010. T. Halici. Implementation of the two-relaxation-time model into the Lattice Boltzmann component of the Peano framework. Work during employment as student assistant. 2010.