2012 ©
             Publication
Journal Publication
Title of Article Optimal Fin Planting of Splayed Multiple Cross-Sectional Pin Fin Heat Sinks Using a Strength Pareto Evolutionary Algorithm 2  
Date of Acceptance 15 August 2020 
Journal
     Title of Journal Advances in Computational Design, An International Journal 
     Standard SCOPUS 
     Institute of Journal Techno-Press 
     ISBN/ISSN  
     Volume  
     Issue  
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     Year of Publication 2020 
     Page  
     Abstract This research aims to demonstrate the optimal geometrical design of splayed multiple cross-sectional pin fin heat sinks (SMCSPFHS), which are a type of side-inlet-side-outlet heat sink (SISOHS). The optimiser strength Pareto evolutionary algorithm 2 (SPEA2) is employed to explore a set ofPareto optimal solutions. Objective functions are the fan pumping power and junction temperature. Function evaluations can be accomplished using computational fluid dynamics (CFD) analysis. Design variables include pin cross-sectional areas, the number of fins, fin pitch, thickness of heat sink base, inlet air speed, fin heights, and fin orientations with respect to the base. Design constraints are defined in such a way as to make a heat sink usable and easy to manufacture. The optimum results obtained from SPEA2 are compared with the straight pin fin design results obtained from hybrid population-based incremental learning and differential evolution(PBIL-DE), SPEA2, and an unrestricted population size evolutionarymultiobjective optimisation algorithm (UPSEMOA). The results indicate that the splayed pin-fin design using SPEA2 is superior to those reported in the literature. 
     Keyword air-cooling heat sink; computational fluid dynamic simulation; strength Pareto evolutionary algorithm; multi-objective optimization; evolutionary computation 
Author
597040004-1 Mr. SANCHAI RAMPHUEIPHAD [Main Author]
Engineering Doctoral Degree

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