日本機械学会論文集 B編
Online ISSN : 1884-8346
Print ISSN : 0387-5016
非構造解適合格子法を用いた非定常衝撃波の数値解析 : 汎用性とメモリの有効利用を考慮した高速流体の解析手法の構築(流体工学, 流体機械)
高橋 克明棚橋 隆彦
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2001 年 67 巻 664 号 p. 2946-2954

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On this paper, analysis scheme is developed which can apply complex shapes easily with unstructured mesh (triangle mesh on 2D, tetrahedron mesh on 3D) and can deal with unsteady shock waves accurately and with low memory using adaptive mesh refinement. To verify the efficiency of this scheme, shock tube problem and analysis of unsteady shock waves around cylinder and sphere was done. These analyses show that adaptive mesh refinement plays the great role for low memory consumption, and this analysis scheme has shape flexibility, accuracy and efficiency of computer memory.
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