A hybrid finite difference and vortex method (HFDV), based on the domain decomposition method (DDM), is used for calculating the flow around a rotating circular cylinder at Reynolds number Re= 1000, 200 and the angular-to-rectilinear speed ratio h (0.5, 3.25) respectively. A fully implicit third-ord
Milu-CG method and the numerical study on the flow around a rotating circular cylinder
β Scribed by Ling Guoping; Ling Guocan
- Publisher
- Springer
- Year
- 1998
- Tongue
- English
- Weight
- 517 KB
- Volume
- 19
- Category
- Article
- ISSN
- 0253-4827
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π SIMILAR VOLUMES
In various numerical solutions of flow around bluff bodies the unbounded physical domain is replaced by a restricted computational one whose extent depends on the size of the computational grid network. The truncation of the solution domain in the cross-flow direction reduces the computer time requi
## Abstract In this paper the vortex shedding around a heated/cooled circular cylinder is numerically simulated by solving the timeβdependent NavierβStokes and energy equations. A finite element method that is referred to as the threeβstep TaylorβGalerkin method is used to compute these equations.