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USING LINEAR SUPERPOSITION TO SOLVE MULTIPLE HEAT SOURCE TRANSIENT THERMAL PROBLEMS

机译:使用线性叠加来解决多个热源瞬态热问题

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For many years engineers have been using linear superposition to solve steady state thermal problems with multiple-heat-source systems. Predicting transient response of single-heat-source systems has been performed using R-C Foster networks with reasonable success. In most real applications there are multiple heat sources that are interacting perhaps in very complex ways in the time domain. Being able to simulate these interactions using a spreadsheet tool or a circuit simulator may be very advantageous to a device or application engineer designing or evaluating an application design. Using an RC-network model of a system to represent the individual transient response curves, we'll show how to do this bookkeeping (and all the other calculations) for a simple system using Microsoft Excel. We'll also see how to set up this sort of problem in a circuit simulator.
机译:多年来,工程师一直在使用线性叠加来解决多热源系统的稳态热问题。通过具有合理成功的R-C促进网络进行了预测单热源系统的瞬态响应。在大多数真实应用中,有多个热源在时域中的非常复杂的方式中互动。能够使用电子表格工具或电路模拟器模拟这些交互可能对设计或评估应用程序设计的设备或应用工程师来说非常有利。使用系统的RC网络模型来表示单个瞬态响应曲线,我们将展示如何使用Microsoft Excel的简单系统执行此簿记(以及所有其他计算)。我们还将了解如何在电路模拟器中设置此类问题。

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