Student Projects

• Mario Heene, Matthias Hofmann, Paul Manstetten, David Staubach: Simulating Phase-Transitions of Hard Spherocylinders in the pe Physics Engine

• D. Anderl, M. Grießinger, C. Nan, M.Kreutzer: Comparison of HHG and Peano
• M. Bauer, C. Kuschel, K. Sembritzki: Performance comparison of PGAS languages: UPC, CAF, chapel

• S. Geißelsöder: A 3D Real-Time Model for Simulating the Temperature in a Hot Rolling Process
• F. Rathgeber: GPU Implementation of the batch Orthogonal Matching Pursuit (batch OMP) Algorithm

• R. Patil, B. Gmeiner: Implementation of the Multiple Phase and Component Model According to Shan and Chen into waLBerla
• M. Kavasoglu, Y. Zhang, S. Ramgopals: Optimizing a Multigrid Poisson Solver on GPU and Cell Processor for Applications in Image Processing
• E. Otero, Y. Ni: Room Acoustics Simulation

• D. Bartuschat, E. Carvalheira, D. Haspel, Y. Sun: EEG Based Reconstruction of Dipolar Current Sources Within the Human Head

• S. Banerjee: Dynamical System Analysis of Reynolds Stress Models
• J. Chinnaraju: Implementation of a Linear Elasticity Solver Using Expression Templates
• M. Gebhard, H. Kettler: Numerical CFD simulations to analyze the airflow within a substitute human voice generation system and validation of a stabilized FEM fluid solver (Beschreibung)
• D. Ritter: Hybrid Control in Preparative Chromatography
• Y. Zheng: Enhanced Motion Blur Calculation with Optical Flow (Beschreibung)

• K. Arora: Large Eddy Computations of Turbulent Flow Fields with Coherent Flow Structures and Resultant Acoustic Fields (Beschreibung)
• S. Donath: On Performance Optimizations of Lattice Boltzmann Codes Operating on Sparse Matrix Data Representations (Beschreibung)
• J. Götz: Multigrid Method for Three-Dimensional Lattice Boltzmann Simulations of Blood Flow in Damaged Vessels (Beschreibung)
• C. Ilic: Optimization of Radial Flow Machines with Emphasis on Impeller and Diffuser (Beschreibung)