Numerical solution of backward heat conduction problems by a high order lattice-free finite difference method

We construct a high order finite difference method in which quadrature points do not need to have a lattice structure. In order to develop our method we show two tools using Fourier transform and Taylor expansion, respectively. On the other hand, the backward heat conduction problem is a typical exa...

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Published in:Journal of the Chinese Institute of Engineers Vol. 27; no. 4; pp. 611 - 620
Main Author: Iijima, Kentaro
Format: Journal Article
Language:English
Published: Taylor & Francis Group 01.06.2004
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ISSN:0253-3839, 2158-7299
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Abstract We construct a high order finite difference method in which quadrature points do not need to have a lattice structure. In order to develop our method we show two tools using Fourier transform and Taylor expansion, respectively. On the other hand, the backward heat conduction problem is a typical example of ill-posed problems in the sense that the solution is unstable for errors of data. Our aim is creation of a meshless method which can be applied to the ill-posed problem. From numerical experiments we confirmed that our method is effective in solving two-dimensional backward heat conduction equations subject to the Dirichlet boundary condition.
AbstractList We construct a high order finite difference method in which quadrature points do not need to have a lattice structure. In order to develop our method we show two tools using Fourier transform and Taylor expansion, respectively. On the other hand, the backward heat conduction problem is a typical example of ill-posed problems in the sense that the solution is unstable for errors of data. Our aim is creation of a meshless method which can be applied to the ill-posed problem. From numerical experiments we confirmed that our method is effective in solving two-dimensional backward heat conduction equations subject to the Dirichlet boundary condition.
Author Iijima, Kentaro
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  organization: Graduate School of Science and Engineering , Ibaraki University
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Snippet We construct a high order finite difference method in which quadrature points do not need to have a lattice structure. In order to develop our method we show...
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StartPage 611
SubjectTerms high order finite difference method
inverse problem
meshless method
Title Numerical solution of backward heat conduction problems by a high order lattice-free finite difference method
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