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热传导反问题 inverse heat conduction problem英语短句 例句大全

时间:2022-08-11 15:16:43

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热传导反问题 inverse heat conduction problem英语短句 例句大全

热传导反问题,inverse heat conduction problem

1)inverse heat conduction problem热传导反问题

1.The meshless method for solving theinverse heat conduction problem with a source parameter;带源参数的热传导反问题的无网格方法

2.Methodological Study on Prediction of Material"s Thermal Properties Based on Inverse Heat Conduction Problems;基于热传导反问题的材料热物性预测方法研究

3.A numerical space step-by-step algorithm based on the discrete mollification and the automatic iterative filtering is applied to the solution of a generalized one-dimensionalinverse heat conduction problem.利用非稳态热传导反问题(IHCP)数学模型研究了高炉监测热电偶数据与高炉炉衬侵蚀厚度的关系。

英文短句/例句

1.Methodological Study on Prediction of Material"s Thermal Properties Based on Inverse Heat Conduction Problems;基于热传导反问题的材料热物性预测方法研究

2.The Application of Parallel Genetic Algorithm on Heat Conduction Inverse Problem并行遗传算法在热传导反问题中的应用

3.Regularization Methods for Several Inverse Problems Related to Heat Conduction in Symmetric Region;对称区域上几类热传导反问题的正则化方法

4.Application of Total Variation-Based Regularization to the Inverse Problem of a Kind of Heat Equation;全变差正则化方法对一类热传导反问题的应用

5.The Study of Distributed Parallel Algorithms in Inverse Heat Conduction Problems;热传导反问题的高效分布式并行算法研究

6.Research about Heat Conduction Inverse Problem Based on Quantum-Behaved Particles Swarm Optimization;基于QPSO算法的二维热传导反问题的研究

7.Inverse problem of identification of heat source in non-standard heat transfer equation非标准热传导方程的热源识别反问题

8.Direct and Inverse Heat Conduction Problems Solving by the Boundary Element Method;基于边界元方法求解热传导正/反问题

9.The Inverse Problem for Identification of Heat Source for the Heat Equation with Convection Term一类含对流项热传导方程的热源识别反问题

10.Application of Neural Networks and Genetic Algorithms in Inverse Heat Conduction Problem;神经网络和遗传算法在导热反问题中的应用

11.Three Regularization Methods for Backward Heat Conduction Problems with Convection Term;含对流项反向热传导问题的三种正则化方法

12.Landweber Iteration and Algorithm for Backward Heat Conduction Problem in the Bounded Region有界区域上反向热传导问题的Landweber迭代及算法

13.A Method of Fundamental Solutions for Anisotropic Heat Conduction Problem and Its Inverse Problems;基本解方法求解各向异性热传导方程及其反问题

14.An extended method of fundamental solutions for inverse boundary value problems associated with one-dimensional nonhomogenous heat conduction广义基本解方法求解一维非齐次热传导方程的反边界值问题

15.Applation of Neural Network in Inverse Heat Conduction;神经网络算法在导热反问题中的应用

16.A Local Petrov-Galerkin Method for Stable Heat Conduction Problems稳态热传导问题的局部Petrov-Galerkin法

17.Investigation of an Interesting Heat Exchange Problem on Lattice;用格点法研究一个有趣的热传导问题

18.An Extended Method of Fundamental Solutions to the Problems of Inverse Boundary Value of the Heat-conduction Equation Involving One Specific Type of Heat Source广义基本解方法求解具有一类特殊热源的热传导方程反边界值问题

相关短句/例句

backward heat conduction problem反向热传导问题

1.Fourier regularization method for solving abackward heat conduction problem;求解反向热传导问题的Fourier正则化方法

2.Three Regularization Methods for Backward Heat Conduction Problems with Convection Term;含对流项反向热传导问题的三种正则化方法

3.We discuss in this paper a non-standardbackward heat conduction problem (BHCP) which is severely ill-posed in the sense that the solution (if it exists) does not depend continuously on the data.本文讨论一类非标准反向热传导问题。

3)inverted deduce for heat conduction problem维热传导反演问题

4)backward heat conduction problem in time时间反向热传导问题

5)sideways heat equation热传导终端反演问题

6)heat condution problem热传导问题

1.Heat Condution Problem with Source in the Bounded Space;含有非齐次边界条件的有源热传导问题

2.In the paper, a solution forheat condution problem in an infinitely long bar with composite transform method is obtained, which derived from Fourier transform and Laplace transform.应用拉普拉斯变换法和傅里叶变换法的特点 ,提出复合变换法 ,并应用复合变换法求解无界杆的热传导问题 。

延伸阅读

热传导理论的接触问题热传导理论的接触问题ontact problems of the theory of heat conduction热传导理论的接触问题【c佣加dp找由Iems of theth份ry of heata润日11州仍;Ko“Ta“Tll‘配3a皿a,“Teop“N Te-llJ0llPO.0皿妞oCTll}当物质不均匀受热时,即由具有不同的热传导系数人,不同的热容量系数c和不同的密度系数p几部分组成时,有关热传播的问题(对椭圆型和抛物型方程分别是定常的和非定常的).微分方程中的系数k、c、p有第一类间断.这导致问题的解有弱间断,即温度‘r是连续的,而导数商则是间断的.但是,热流w是定义成连续的.例如,设有一玲fx(00时的方程(l),t=0时的初始条件以及x=0,x=l,t>O时的边界条件.在多维情形时对抛物型方程 、。T石a{,,、aT} c(x,‘)试x,‘)箭一蓬:亡{无·,(x,‘)兹}一卜 a,口=lu‘叹t一pj.石,、aT、,。 +艺b。(x,t)炭一一q(x,r)T+f(x,t), ’昌一“、一”’ax。x=(xl,一,xP),在系数间断的曲面r’)上也要加上函数T和流 一。.鑫,“。口‘一)瓮。。S(忘的连续性条件(2),其中。。是r。的法向,(办。)是,10和x,方向之间的夹角(见【3」,【4})‘在定常情形夕T,/决二0)时,条件(2)给在间断上.有时给的是更一般的守恒律(见【2],!4]).例如,在一维情形时考虑下面的条件:__.、{aTIITI二;(r),la牛~I二h(,),x=x‘,z)0.l一ax{与热传导理论的接触问题有关的是热在介质中传播的问题,该介质的聚集态可以在温度的某一值T”(相变温度)处变化,带有潜热又的释放或吸收(Ste灿问题(Stefan problem),[5]).在相界面的未知边界、=、o(r)处在一维情形给出下列条件: 了‘x‘)(t)+o,r)二T(大o(r)一 ot)=T’, {,aTI.么, }k子~!艺p又二份~ }’‘a‘{尸’、故对热传导方程组和与气体动力学及磁流体动力学有关的方程,有大量的接触问题

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