Research on the Design of Special Clothing for High Temperature Work based on Finite Element Analysis Method
The primary objective of this paper is to develop a sound one-dimensional heat transfer model through the utilization of data fitting,dichotomy,and multi-objective optimization.This model will be designed to account for various influencing factors such as time and thickness,and it will be applied to the practical design of high temperature protective clothing.Considering the complexity of the three-dimensional model,this paper adopts a method to reduce the dimension of the model,starting from simple and gradually progressing to more complex.The given basic data,Fourier law,energy conservation law,reasonable mathematical modeling knowledge,and Matlab calculation software are utilized to solve the two problems in question.
finite element analysis methodfourier's lawfinite difference solutionheat conduction equation
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