| 1 |
Motivation for CFD -- why we need Teraflop and Petaflop performance to design new aircraft and model oil reservoirs and polluted chemical dump sites
|
| 2 |
Introduction to NAS benchmarks and remarks on performance of today's machines.
|
| 3 |
Motivation of Numerical Relativity with Collision of two black holes as expected signature for LIGO gravitational wave detector -- expected need for Teraflop performance
|
| 4 |
General Discussion of Continuum Physics as a model for Nature
|
| 5 |
The Navier Stokes Equation -- Basic equations of CFD
|
| 6 |
General discussion of Computational Issues for CFD
|
| 7 |
Introduction to Numerical formulation of Einstein's Equations
|
| 8 |
General discussion of computational issues for Numerical Relativity
|
| 9 |
Comparison of Similarities and differences between CFD and NR
|
