PARALLELIZED NUMERICAL CODE FOR DERIVATION OF HEAT TRANSFER COEFFICIENT FROM EXPERIMENTAL DATA

Abstract

An application of parallel computation capabilities in the MATLAB language for the analysis of experimental data concerning the heat transfer coefficient on ribbed walls is presented in this paper. A description of the experimental study, mathematical model and numerical implementation is also given. The obtained results of measurements and calculations shown here clearly indicate the influence of ribbed walls on the heat transfer coefficient distribution in an internal, subsonic flow.

Keywords

• Matlab parallel computation
• heat transfer coefficient
• blade cooling