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首页> 外文期刊>Numerical Heat Transfer, Part B. Fundamentals: An International Journal of Computation and Methodology >Applying the hopfield neural network to the solution of the temperature distribution field in heat conduction problems
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Applying the hopfield neural network to the solution of the temperature distribution field in heat conduction problems

机译:将Hopfield神经网络应用于热传导问题中温度分布场的求解

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摘要

This article employs the continuous-time analog Hopfield neural network (CHNN) to compute the temperature distribution in one- and two-dimensional transient heat conduction problems. The relationship between the CHNN synaptic connection weights and the governing equations of the problems is established and a corresponding network connectivity circuit design scheme proposed. The CHNN algorithm is initially applied to the solution of conventional problems and is then used to solve more complicated problems involving time-varying heat flux profiles. The results confirm that the CHNN scheme provides an accurate means of solving the transient temperature distributions of heat conduction problems on a real-time basis.
机译:本文采用连续时间模拟Hopfield神经网络(CHNN)来计算一维和二维瞬态热传导问题中的温度分布。建立了CHNN突触连接权重与问题的控制方程之间的关系,并提出了相应的网络连接电路设计方案。 CHNN算法最初用于解决常规问题,然后用于解决涉及时变热通量曲线的更复杂的问题。结果证实,CHNN方案提供了一种实时解决导热问题瞬态温度分布的准确方法。

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