Stereo visualization of model of gas dynamic process in combustion chamber of jet engine

Abstract

In this report we describe stereo visualization of a model of gas dynamic process in the combustion chamber of a jet engine. We use the geometry of the second range surfaces for building of a stereo image of the combustion chamber under construction and the geometry of point in space (each elementary volume equals to voxel) for building of a stereo image of combustion process. Program (Visual C++ 6.0) draws images fore each eye and provides their viewing on a monitor so that using of stereo glasses gives the sense of volume. Moreover, due to the effect of transparency we have the opportunity to see not only out side, but also inner lays of the model that makes possible to observe the development of the process in the whole volume immediately. The investigated parameters such as density, temperature and pressure can be depicted. We plan to use asynchronous parallel super computer for acceleration of visualization process.