A research study on unsteady state convection diffusion flow with adoption of the finite volume technique

M. R. Patel, J. Pandya
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引用次数: 4

Abstract

This research paper is an attempt to solve the unsteady state convection diffusion one dimension equation. It focuses on the fully implicit hybrid differencing numerical finite volume technique as well as the fully implicit central differencing numerical finite volume technique. The simulation of the unsteady state convection diffusion problem with a known actual solution is also used to validate both the techniques, respectively, the fully implicit hybrid differencing numerical finite volume technique as well as the fully implicit central differencing numerical finite volume technique by giving a particular example and solving it using the appropriate, particular technique. It is observed that the numerical scheme is an outstanding deal with the exact solution. Numerical results and graphs are presented for different Peclet numbers. MSC 2010: 65L12, 65M08, 80M12, 80M20, 76Rxx
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非定常对流扩散流动的有限体积法研究
本文是求解非定常对流扩散一维方程的一种尝试。重点介绍了全隐式混合差分数值有限体积技术和全隐式中心差分数值有限体积技术。对非定常对流扩散问题进行了已知实际解的数值模拟,并给出了具体的算例,分别对全隐式混合差分数值有限体积法和全隐式中心差分数值有限体积法进行了验证。可以看出,数值格式对精确解的处理非常出色。给出了不同Peclet数的数值结果和图形。MSC 2010: 65L12, 65M08, 80M12, 80M20, 76Rxx
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来源期刊
CiteScore
2.00
自引率
10.00%
发文量
30
审稿时长
25 weeks
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