Optimal Heat Transfer in Composite Plates Insulation Matrix Reinforced with Non-Homogeneous Conductive Materials, M.Sc. Thesis Sharif University of Technology ; Tavakoli, Rohollah (Supervisor)
Abstract
In order to heat, cool or control the heat transfer in insulation plates, under a certain loading condition, for uniformity temperature distribution and maximum temperature control, it is possible to composite materials with high thermal conductivity and appropriate distribution in Inside the insulation matrix. The purpose of this study is to provide a method for optimally distributing conductive phase inside an insulating plate under a specific thermal loading condition so that the temperature difference between the various points of the plate is minimized in stable conditions. For this purpose, a topology optimization method was used to determine the optimal distribution of conductive...
Cataloging briefOptimal Heat Transfer in Composite Plates Insulation Matrix Reinforced with Non-Homogeneous Conductive Materials, M.Sc. Thesis Sharif University of Technology ; Tavakoli, Rohollah (Supervisor)
Abstract
In order to heat, cool or control the heat transfer in insulation plates, under a certain loading condition, for uniformity temperature distribution and maximum temperature control, it is possible to composite materials with high thermal conductivity and appropriate distribution in Inside the insulation matrix. The purpose of this study is to provide a method for optimally distributing conductive phase inside an insulating plate under a specific thermal loading condition so that the temperature difference between the various points of the plate is minimized in stable conditions. For this purpose, a topology optimization method was used to determine the optimal distribution of conductive...
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