Multi-body Dynamics Simulation by Parallel Computers.

Large-scale Molecular Dynamics Simulation Using Vector and Parallel Computers

Distributed simulation of parallel computers

We propose a method for emulating the behavior of your favorite MIMD computer on a network of workstations, so that programs written for the MIMD target can run on the distributed emulated version with just a recompilation. This is achieved by executing the computational parts as in the native run, with the message passing being simulated. The hardware of the target machine is simulated so that...

Industrial simulation on parallel computers

Parallel computers have demonstrated their principle suitability for numerical simulation during the eighties and early nineties. In particular, they were able to provide a cost-e€ective means of achieving high performance computing (HPC) power. Even so, there was only a limited impact of this technology on industrial computing. In order to foster the take-up of this technology by industrial us...

Chemical Process Simulation on Parallel Computers

We have developed a core code to model the cylindrical polar and Cartesian incompressible turbulent Navier-Stokes equations with application to chemical reactor problems. A conventional co-located finite volume method is used to discretise the conservative form of the partial differential equations. The pressure velocity coupling is solved using the SIMPLE algorithm with the resulting sets of e...

Fast Cloth Simulation with Parallel Computers

The computational requirements of cloth and other non-rigid solid simulations are high and often the running time is far from real time. In this paper, an eecient solution of the problem on parallel computer is presented. An application, which combines data parallelism with task parallelism has been developed, achieving a good load balancing and minimizing the communication cost. The execution ...