Texture-Based Flow Visualization on Isosurfaces from Computational Fluid Dynamics

Aparna  Sharma

Texture-Based Flow Visualization on Isosurfaces from Computational Fluid Dynamics

Enhancing Automotive Design and Simulation through Flow Visualization

by Aparna Sharma*,

- Published in Journal of Advances in Science and Technology, E-ISSN: 2230-9659

Volume 3, Issue No. 6, Aug 2012, Pages 0 - 0 (0)

Published by: Ignited Minds Journals

ABSTRACT

At the VRVis Research Centerwe collaborate with AVL in order to provide visualization solutions foranalysis of their CFD simulation result data. AVL’s own engineers as well asengineers at industry affiliates use visualization software to analyze andevaluate the results of their automotive design and simulation. For many of theautomotive components that undergo evaluation, there is an ideal pattern offlow the engineers are trying to create. Figure illustrates the swirl motion offluid flow in a combustion chamber from a diesel engine. In order to generateswirl motion, fluid enters the combustion chamber from the intake ports. Lateron in the engine cycle, the kinetic energy associated with this swirl motion isused to generate turbulence for mixing of fresh oxygen into the fluid. The moreturbulence generated, the better the mixture of air and diesel fuel, and thusthe better the combustion itself. Ideally, enough turbulent mixing is generatedsuch that 100% of the fuel is burned.

KEYWORD

texture-based flow visualization, isosurfaces, computational fluid dynamics, VRVis Research Center, AVL, CFD simulation result data, visualization software, automotive design and simulation, flow pattern, combustion chamber, diesel engine