Mechanisms of capillarity via supercomputer simulation

Drosophila segmentation: supercomputer simulation of prepattern hierarchy.

Spontaneous prepattern formation in a two level hierarchy of reaction-diffusion systems is simulated in three space co-ordinates and time, mimicking gap gene and primary pair-rule gene expression. The model rests on the idea of Turing systems of the second kind, in which one prepattern generates position dependent rate constants for a subsequent reaction-diffusion system. Maternal genes are ass...

Network Traffic Simulation and Assignment: Supercomputer Applications

Teraflops Supercomputer: Architecture and Validation of the Fault Tolerance Mechanisms

ÐIntel Corporation developed the Teraflops supercomputer for the US Department of Energy (DOE) as part of the Accelerated Strategic Computing Initiative (ASCI). This is the most powerful computing machine available today, performing over two trillion floating point operations per second with the aid of more than 9,000 Intel processors. The Teraflops machine employs complex hardware and software...

Modeling and simulation of nanoscale devices with a desktop supercomputer

Designing nanoscale devices presents a number of unique challenges. As device features shrink, the computational demands of the simulations necessary to accurately model them increase significantly. This is a result of not only the increasing level of detail in the device design itself, but also the need to use more accurate models. The approximations that are generally made when dealing with l...

Simulation of Oil Reservoirs Driving Indices and Recovery Mechanisms

Different recovery mechanisms are activated during the production from reservoirs. Wells sometimes are kept with the injection. Therefore the evaluation of injection indices depended on material injection, seems to be necessary. This study is going to determine the drive indices for a reservoir by making a model using Eclipse. The model consists a gas cap and aquifer, in which there is an injec...