User contributions for Wolfgang.Rodi
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30 October 2020
- 14:0314:03, 30 October 2020 diff hist +46 UFR 3-35 Best Practice Advice →Numerical Modelling Issues
- 13:5413:54, 30 October 2020 diff hist +3 UFR 3-35 Best Practice Advice →Key Physics
- 13:5113:51, 30 October 2020 diff hist +78 UFR 3-35 Evaluation →Pressure coefficient c_{\mathrm{p}}(x) , and of the friction coefficient c_{\mathrm{f}}(x)
- 12:2312:23, 30 October 2020 diff hist +2 UFR 3-35 Evaluation →Budget of turbulent kinetic energy
- 12:2112:21, 30 October 2020 diff hist −4 UFR 3-35 Evaluation →Dissipation of turbulent kinetic energy
- 12:1812:18, 30 October 2020 diff hist −18 UFR 3-35 Evaluation →Diffusive transport of turbulent kinetic energy
- 12:1312:13, 30 October 2020 diff hist −3 UFR 3-35 Evaluation →Production of turbulent kinetic energy
- 12:1112:11, 30 October 2020 diff hist +4 UFR 3-35 Evaluation →Turbulent kinetic energy
- 12:0512:05, 30 October 2020 diff hist +60 UFR 3-35 Evaluation →Horizontal and vertical profiles of the velocity components and Reynolds stresses
- 11:4011:40, 30 October 2020 diff hist −104 UFR 3-35 Evaluation →Horizontal and vertical profiles of the velocity components and Reynolds stresses
- 11:1111:11, 30 October 2020 diff hist −23 UFR 3-35 Evaluation →Streamlines
- 11:0711:07, 30 October 2020 diff hist +19 UFR 3-35 Test Case →Inflow condition
- 11:0111:01, 30 October 2020 diff hist +19 UFR 3-35 Test Case →Measurement technique
- 10:5710:57, 30 October 2020 diff hist −5 UFR 3-35 Test Case →Experimental set-up
- 10:5410:54, 30 October 2020 diff hist +2 UFR 3-35 Test Case →Test Case Experiments
- 10:5210:52, 30 October 2020 diff hist −1 UFR 3-35 Test Case →General Remark
- 10:5010:50, 30 October 2020 diff hist +19 UFR 3-35 Description →Brief Review of UFR Studies and Choice of Test Case