Generalized inverse analysis for fins of different profiles with all temperature-dependent parameters

Abstract

An inverse analysis is done to predict unknown and optimal dimensions of a fin satisfying either a given temperature or maximizing heat transfer rate. The profile simulating many geometries involves all temperature-dependent heat transfer modes. A hybrid algorithm is used to estimate relevant fin parameters. The present study shall be useful in selecting optimal dimensions to achieve either a particular temperature distribution or maximize heat transfer rate on various profiles. © 2015, Springer-Verlag Berlin Heidelberg.