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The Symbolic Operator Representation applied to the Derivation of Solutions of Unsteady Heat Diffusion Problems

机译:符号算子表示法用于非定常热扩散问题解的推导

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摘要

The method of the Symbolic Operator Representation, first introduced by Lord Rayleigh in the solution of the wave equation, is applied to the unsteady heat conduction problem. The general equations for the temperature field around particle of arbitrary shape are expressed in terms of a symbolic operator Ξ. Hence, the analytical solution for the temperature field around a sphere and for the rate of heat transfer from a spherical particle are obtained, when the temperature of the particle is a time-dependent function. As an example for the use of this method, analytic solution is derived in an explicit form for the case of a linear field around the spherical particle. The solutions obtained by this method are exact.
机译:最初由瑞利勋爵在波动方程的解法中引入的符号算符表示方法被应用于非稳态热传导问题。任意形状的粒子周围的温度场的一般方程式用符号算符expressed表示。因此,当颗粒的温度是随时间变化的函数时,就可以获得球体周围温度场和球形颗粒传热速率的解析解。作为使用此方法的示例,对于球形粒子周围的线性场,以明确的形式导出解析解。用这种方法得到的解是精确的。

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