Development of a Scientific Visualization System

This book describes a novel approach to create, develop and utilize software tools for visualization in scientific and engineering applications. These Scientific Visualization (SV) tools are highly interactive visual aids which allow analysis and inspection of complex numerical data generated from high-bandwidth data sources such as simulation software, experimental rigs, satellites, scanners, etc... The data of interest typically represent physical variables -- 2- and 3-dimensional scalar, vector and tensor fields on structured and unstructured meshes in multidomain (multiblock) configurations. The Object-Oriented Methodology is the software technology at the basis of the approach.The developed advanced SV tools allow the investigator to examine qualitatively and quantitatively the details of a phenomenon of interest, in a unified and transparent way. The important outcome of this work is an integrated set of SV tools -- the Computational Field Visualization System (CFView) -- available for investigators in field physics in general, and specifically for Computational Fluid Dynamics (CFD) researchers and engineers.

Autorentext

born in Rijeka, on October 28, 1957, Professor at the Department of Mechanical Engineering, Vrije Universiteit Brussel is responsible for the Research and Development of the scientific visualization technologies in European R&D projects supported by the European Framework Programs, the EUREKA program and the Tempus educational program.