@article{341,
author = "Yibing Wei and Linsong Li",
abstract = "Thermal protective clothing is a kind of protective clothing that protects people working under high temperature or ultra-high temperature conditions, so as to avoid damage to the human body caused by heat source. Therefore, it is helpful to grasp the temperature change outside the skin when wearing thermal protective clothing. For better modification of thermal protective clothing. In this paper, the mathematical model is used to determine the temperature change outside the skin of the dummy. The temperature variation of the external temperature and the internal temperature is different, the thickness is different, and the temperature is changed under different time conditions. The related partial differential mathematical model is established. Generally, there is a heat exchange equation between the air layer and the human body. When the skin temperature reaches a certain temperature, it will reach thermal equilibrium with the body. This paper uses COMSOL simulation to obtain the key transfer function, and then uses the MATLAB toolbox to make a three-dimensional surface, and then uses the difference method. Calculate the corresponding numerical solution, and finally use COMSOL to verify the results, and obtain the temperature changes of each layer of the thermal protective suit.",
issn = "23942894",
journal = "IJASM",
keywords = "Partial Differential Equation;Heat Conduction;Difference Method;MATLAB;COMSOL",
month = "September",
number = "5",
pages = "204-209",
title = "{M}ultilayer {P}artial {D}ifferential {H}eat {T}ransfer {M}odel for {T}emperature of {E}ach {L}ayer of {T}hermal {P}rotective {C}lothing {U}nder {H}igh {T}emperature {O}peration",
volume = "6",
year = "2019",
}