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大平板第一类边界条件下非稳态传热近似解析解 被引量:3

The Approximate Analytical Solution of Unsteady Heat Transfer on Large Plate Under The First Boundary Condition
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摘要 基于热渗透层厚度概念的积分法是求解非稳态传热问题的一种有效的近似分析解法 ,既保留了经典理论解具有统一数学表达式的优点 ,也兼顾了数值解法较为简单快速的特点 . The integral method based on the concept of thermal boundary layer is a valid approximate analytical method for solving the unsteady heat transfer. It maintains the advantage of the classic analytical solution with unified mathematic expression and has the characteristic of numerical method with rapidly computing. In this paper , the approximate analytical solution of unsteady heat transfer in large plate under the first boundary condition has been derived from this method.
出处 《武汉理工大学学报(交通科学与工程版)》 北大核心 2002年第4期432-434,共3页 Journal of Wuhan University of Technology(Transportation Science & Engineering)
基金 国家自然科学基金 (60 1 730 4 6) 湖北省自然科学基金 (2 0 0 0 J1 53)资助
关键词 近似解析解 非稳态导热 热渗透层厚度 积分法 unsteady heat transfer thermal boundary layer integral method
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  • 1Yoshinobu TANIGAWA,Tomikazu AKAI.Teruaki KASAI.One-dimensional transient heat conduction and associated thermal stress problem of a plate with nonhomogeneous material properties.见:寿山正博.JSME Transactions(日本机械学会论文集(A))1995.61.(583):607-613.
  • 2Yoshihiro SUGAN0.Hiroyuki MORISHITA,Kikuaki TANAKA.An analytical solution for transient thermal Stress in a functionally gradient plate with arbitrary nonhomogeneities and thermal boundary conditions.见:寿山正博.JSME Transactions(日本机械学会论文集(A)).1993,59(569):2666-2673.
  • 3Ohata Y,Noda N.Unsteady thermal stress in a fouctionlly gradient plate.见:寿山正博.JSME Transactions(日本机械学会论文集(A)) .1993,59(560):1090-1093.
  • 4Yoshihiro SUGANO,Keiichi SAT0,Noritaka KIMURA,Naobumi SUMI.Three-dimensional analysis of transient thermal stress in a nonhomgeneous plate.见:寿山正博.JSME Transactions(日本机械学会论文集(A)).1996,62.(595):728-736.

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