Title : ( Optimization of Heat Transfer Enhancement of a Flat Plate Based on Pareto Genetic Algorithm )
Authors: Mohsen Kahrom , Payam Haghparast , mohammad javadi ,Abstract
Abstract A quad inserted into a turbulent boundary layer of a flat plate and its effect on average heat transfer and the friction coefficient is studied. To optimize this effect, the edge sizes and distance of the quad from the flat plate are continually modified. In each case, simultaneously the heat transfer enhancement and reduction in skin friction are analyzed. For optimization, the genetic algorithm technique is employed and the results of each step of progress studied by following the Pareto curves. Physical domain is divided into control volumes, over which flow equations are discretized. To deal with the turbulence, several turbulence schemes are examined and appearance of flow features and stability in hard environments are monitored. The
Keywords
, Genetic Algorithm, Pareto Front, Heat Transfer Enhancement, Reynolds Analogy@article{paperid:1021774,
author = {Kahrom, Mohsen and Haghparast, Payam and Javadi, Mohammad},
title = {Optimization of Heat Transfer Enhancement of a Flat Plate Based on Pareto Genetic Algorithm},
journal = {International Journal of Engineering},
year = {2011},
volume = {23},
number = {2},
month = {April},
issn = {1025-2495},
pages = {177--189},
numpages = {12},
keywords = {Genetic Algorithm; Pareto Front; Heat Transfer Enhancement; Reynolds Analogy},
}
%0 Journal Article
%T Optimization of Heat Transfer Enhancement of a Flat Plate Based on Pareto Genetic Algorithm
%A Kahrom, Mohsen
%A Haghparast, Payam
%A Javadi, Mohammad
%J International Journal of Engineering
%@ 1025-2495
%D 2011