Wind is one of the most critical denudation factors that are causing the erosion of the statue, especially when it carries dust. In order to investigate the formation of the low speed wind over the Sphinx model, a simulation is made that involve solving the 3D incompressible Navier-Stokes equations on a several millions of points’ computational mesh. This is a collaborative work between IBM and Bibliotheca Alexandrina based on research work conducted in IBM Center for Advanced Studies in Cairo.
The VISTA team Of Bibliotheca Alexandrina has implemented visualization of the simulation results on the CAVE system using Avizo® Wind to provide new insights and better understanding. Thanks to the calculation and visualization of complex algorithms, (Stream Ribbons, Line Integral Convolution (LIC) Algorithm, Illuminated Stream Lines (ISL) Algorithm and Vorticity), the researchers can see the invisible, understand the degradation of the Great Sphinx and present their result.
“The VISTA team has chosen Avizo Wind because of its ability to display and manipulate meaningful graphics representations of natural phenomena. Using Avizo Wind, VISTA is able to use advanced visualization techniques to understand complex simulation data.”
The secondry phenomon visualized via stream ribbons. Image copyright Bibliotheca Alexandrina, International School of Information Science (ISIS). Copyright IBM Center for Advanced Studies in Cairo.
About Avizo Wind
Avizo® Wind is a high-end extensible software for advanced post-processing of simulation data, ranging from flow to thermal, and stress data. Avizo Wind brings an extensive array of advanced visualization and analysis tools to CFD and multiphysics, mechanical and thermal engineering, manufacturing simulation and microstructural prediction, non linear structural and geotechnical problems. Based on Open Inventor® by VSG, Avizo Wind delivers unique advanced capabilities which make understanding of multiphysics simulation data easier than ever before.
For further information visit www.avizo3d.com
VISTA (Virtual Immersive Science and Technology Applications) is a project established by ISIS (International School Information Science) in Bibliotheca Alexandrina. The aim of the project is to provide an interactive Virtual Reality environment that allows the researchers to transform numerical as well as two-Dimensional data sets into 3D simulations and step into them.
For further information visit http://vista.bibalex.org