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首页> 外文期刊>Indian Journal of Science and Technology >The Numerical Implementation of the Linear Integro- Differential Equations Method for the Solution of Non-Stationary Heat Conduction Problem with Two Space Variables
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The Numerical Implementation of the Linear Integro- Differential Equations Method for the Solution of Non-Stationary Heat Conduction Problem with Two Space Variables

机译:求解两个空间变量的非平稳热传导问题的线性积分微分方程方法的数值实现

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摘要

The paper proposes a general method for solution of non-stationary heat conduction problem with two space variables. It is based on Finite Element Method, which uses the operator of the interlineation on a given system of lines. The region of consideration divided on rectangular or triangular elements with curvilinear sides belonging to the boundary of the domain. Interlineation of functions is a restoration of the function with the help of its traces on the system of lines. Operators of interlineations allow to restore functions of two or more variables between the lines using their traces and traces of their partial derivatives up to a given order on the indicated lines. Application of the method on examples of solutions of the nonstationary heat conduction equation for regions of complex shape is illustrated.
机译:提出了一种求解具有两个空间变量的非平稳热传导问题的通用方法。它基于有限元方法,该方法使用给定线系上的插值运算符。考虑区域划分为矩形或三角形元素,其曲线边属于该域的边界。功能的内联是借助在线路系统上的迹线来恢复功能。插入运算符允许使用其迹线和其偏导数的迹线恢复行之间两个或多个变量的功能,直到指定行上的给定顺序为止。说明了该方法在形状复杂区域的非平稳热传导方程解实例中的应用。

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