Aceleração de uma Aplicação de Simulação de Câmara de Combustão em Multi-Core

• Glener Lanes Pizzolato UNIPAMPA
• Claudio Schepke UNIPAMPA
• Natiele Lucca UNIPAMPA

DOI: https://doi.org/10.5753/wscad.2021.18510

Abstract

Developing new propulsive engines, evaluating fuel combustion or proposing new catalysis substances can be computer simulated without the need to build a real environment. For that, an application was developed that allows representing the functioning of a combustion chamber. However, a discrete representation of a simulation has an expressive processing time (hours). In this article, parallelization techniques for an application are proposed and evaluated, in order to run as simulations in multicore architecture. The results found show that an application was faster in a multicore architecture.

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