Download CFD Best Practice Guidelines for CFD Code Validation for by F. Menter, B. Hemstrom PDF
By F. Menter, B. Hemstrom
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45 5. Solution Strategy • • • • Strategy for estimation and reduction of iteration errors. Strategy for estimation and reduction of space discretisation errors. Strategy for estimation and reduction of time discretisation errors. Steps in the uncertainty analysis. 6. Results • • • • Convergence study. o Iteration. o Spatial. o Temporal. Influence of uncertainties. Numerical results in comparison with experimental data. Evaluation of solutions with respect to reliability and model quality. 7.
Use of a correct coordinate system. Use of the correct units. 3. 3: Is information available to judge the quality of the grid: o Cell aspect ratio (structured grid). o Grid angles. o Grid smoothness. o Grid node distribution. o Arbitrary grid interfaces or changes in element types in critical regions. ). 4. Model Selection and Application • • • List all models used in the simulation. Evaluation concerning the appropriateness of the selection. Comments regarding alternatives (if appropriate). 5.
Influence on Estim. Influence on Level of Simu- Target Variable 1 Target Variable 2 lation User errors Geometry quality Grid quality Application uncertainties Iteration error Space discretisation Time discretisation 6. Conclusions Conclusions on the simulation and the evaluation. 44 11 Appendix C: Structure of Validation Report 1. Introduction • • General information on the ECORA project and the purpose of the report. Information on the test case and the background of the simulation. 2. Goals of the Simulation • • • • • • • • What were the general goals of the test case simulation.