High Performance Computing in Science and Engineering '02

- Physics
- Computation of Strain Distributions in Quantum Dot Nanostructures by Means of Atomistic Simulations
- Parameter Dependence of Convection Driven Spherical Dynamos
- Inertial Instabilities in Precession Driven Flow
- Replication of Dissipative Solitons by Many-Particle Interaction
- The Structure of Magnetic Herbig-Haro Jets
- Temporal Propagators and Quasiparticles in Hot QCD
- Regional Climate Simulation for Central Europe (RECLICH)
- Varation of Non-Dimensional Numbers and a Thermal Evolution Model of the Earth's Mantle
- Solid State Physics
- The Importance of Intermediate Range Order in Silicates: Molecular Dynamics Simulations Studies
- Selfconsistent Auxilliary Particle Theory for Strongly Correlated Fermion Systems
- Excitonic and Local-Field Effects in Optical Spectra from Real-Space Time-Domain Calculations
- Frozen Phonon Calculations in the Three-Band Hubbard Model for High-Temperature Superconductors
- Exact Diagonalization Study of Spin, Orbital and Lattice Correlations in CMR Manganites
- Phase Transitions, Structures and Quantum Effects in Nanosystems
- Thermodynamics and Dynamics of Correlated Electron Systems
- Self-Trapping of the Si(111)-(2×1)Surface Exciton
- Chemistry
- Structural Trends and Transitions in Water Clusters
- Improved Implementation and Application of the Individually Selecting Configuration Interaction Method
- Accurate ab initio Calculations for Vanadium Oxide Clusters
- The Iron(III) Catalysed Michael Reaction
- Computational Fluid Dynamics (CFD)
- 3-D-Boundary-Layer Transition Induced by Superposed Steady and Traveling Crossflow Vortices
- Larger-Eddy-Simulations of Turbulent Wall Bounded Flow with and without Adverse Pressure Gradient
- Investigation of a Turbulent Separating Boundary Layer by Direct Numerical Simulation
- Predictions of the 3D Unstedy Heat Transfer at Moving Droplets
- Implicit LU Time Integration Using Domain Decomposition and Overlapping Grids
- Efficient Divergence

Prof. em. Prof. h.c. Egon Krause war Direktor am Aerodynamischen Institut der RWTH Aachen und lehrte hier Strömungslehre.