摘要
高温环境条件下,为了避免人体被灼伤,需构建多层织物的专用服装。本文利用热传导定律对高温热防服设计进行数学建模,根据傅立叶热量传递第二定律建立第一边界条件下的一维不稳定导热模型,并用数值分析法进行模型求解。在不同的织物层中所求结果与实际测量数据基本一致。
In order to avoid human burns in high temperature,it is necessary to make a special garmentmade of multi layer fabrics.This paper discusses the construction of a mathematical model about special gar-ment for high temperature operation based on Fourier's theory,and adopts the numerical analysis method to findout the solution to the model.The results are basically the same as the actual measurement data in different fabric layers.
作者
孙亚红
刘明月
闫鹏
田强中
Sun Yahong;Liu Mingyue;Yan Peng;Tian Qiangzhong(School of Engineering and Technology,Xi'an Fanyi University,Xi'an Shaanxi 710105)
出处
《西安翻译学院学报》
2018年第4期61-65,共5页
JOURNAL OF XIAN FANYI UNIVERSITY
关键词
热传导模型
模拟退火算法
第一边界条件
heat conduction model
simulated annealing
first boundary condition
