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An Inverse Method for Estimating Surface Heat Fluxes with Application to a Quenching Problem

机译:一种逆方法,用于估计表面热通量的应用于淬火问题

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In [18],the authors developed a non-iteraitve finite element-based inverse method for estimating surface heat-flux histories on heat conducting parts.The method relies on the obervation that a sequential minimization of the least squares norm between measured and computed temperatures leads to a linear,implicitly regularized matrix normal equation.In the present work,an improvement to mis method is proposed by using sequential function specification and future temperatures.Some potential advantages of the method are discussed,and the results from an application to a quenching experiment are presented.
机译:在[18]中,作者开发了一种基于非迭代的有限元的逆方法,用于估计导热部件的表面热通量历史。方法依赖于测量和计算温度之间最小二乘规范的顺序最小化导致线性,隐式正则化矩阵正常方程。在本作中,通过使用顺序函数规范和未来温度提出了对MIS方法的改进。讨论了该方法的潜在优势,以及应用于淬火的结果提出了实验。

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