The hydraulic jump and ripples in liquid helium
β Scribed by E. Rolley; C. Guthmann; M.S. Pettersen
- Publisher
- Elsevier Science
- Year
- 2007
- Tongue
- English
- Weight
- 454 KB
- Volume
- 394
- Category
- Article
- ISSN
- 0921-4526
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π SIMILAR VOLUMES
We performed axisymmetric r-z simulations to clarify the structure formation of the circular hydraulic jump. The transition from a type I to a type II jump, which was induced by changing the depth of the fluid far away from the jet in the laboratory experiment, was investigated numerically. We found
A numerical simulation has been performed to investigate planar and radial #ows of thin liquid "lm subject to constant wall temperature or constant wall heat #ux, considering the surface tension e!ect. To simulate the variation of the "lm height including a hydraulic jump, an Arbitrary Lagrangian}Eu
A flow model is presented for predicting a hydraulic jump in a straight open channel. The model is based on the general 2D shallow water equations in strong conservation form, without artificial viscosity, which is usually incorporated into the flow equations to capture a hydraulic jump. The equatio