A three-dimensional wavy-shaped fin array design problem is considered in this study using
a software package CFD-ACE+ and the Levenberg-Marquardt method (LMM). The wavy …

A theoretical analysis of a heat sink is presented in this study to pursue the purpose of
maximum thermal dissipation and the least material cost. Due to the general derivation, the …

The present study deals with the design and analysis of an array of constructal fork-shaped
fins adhered to a circular tube and operating under fully wet conditions. Fork-shaped fin …

An analytical model based on the Differential Transform Method and Adomian
Decomposition Method is established for predicting the performance parameters and …

A pin fin array design problem is studied in the present work using the Levenberg-Marquardt
method (LMM) and a commercial package CFD-ACE+ to estimate the optimal shape and …

Correlations for predicting optimum geometries of radial plate fin heat sinks under an L-
shaped flow are suggested based on numerical and experimental results. A radial plate fin …

The thermal performances of the heat sink with un-uniform fin width designs with an
impingement cooling were investigated numerically. The governing equations are …

Triangular fins have gained attention for heat extraction, and various methods are suggested
to optimize their performance. In this work, designing a highly conductive material (“insert”) …

EXTENDED surfaces as heat-transfer enhancement devices have been used in many
engineering applications. Optimization procedures in heat-transfer problems, especially fin …

The analysis and optimization of flat plate fins of constant thickness and straight base has
been conducted for different fin's shapes. Performance of the fins is quantified through …