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Numerical Solution of the Heat Equation: A Comparative Study Between Traditional Methods and Neural Operator Learning

An in-depth discussion on the numerical solution methods for the one-dimensional heat equation, comparing the performance differences between traditional finite difference schemes (such as forward Euler and backward Euler) and neural network learning operators, with a focus on stability constraints and error growth characteristics.

热方程数值方法神经算子有限差分前向欧拉后向欧拉物理信息神经网络科学计算
Published 2026-05-05 05:40Recent activity 2026-05-05 05:50Estimated read 1 min
Numerical Solution of the Heat Equation: A Comparative Study Between Traditional Methods and Neural Operator Learning
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Section 01

导读 / 主楼:Numerical Solution of the Heat Equation: A Comparative Study Between Traditional Methods and Neural Operator Learning

Introduction / Main Floor: Numerical Solution of the Heat Equation: A Comparative Study Between Traditional Methods and Neural Operator Learning

An in-depth discussion on the numerical solution methods for the one-dimensional heat equation, comparing the performance differences between traditional finite difference schemes (such as forward Euler and backward Euler) and neural network learning operators, with a focus on stability constraints and error growth characteristics.