Template:UFRBestPractice
{{{articleTitle}}}
This Template is used for generating a UFR Best Practice advice page. Use substitution not transclusion for embedding it into your new page.
- articleTitle - the title of the article
- area - the AC area number (1,2,3...)
- number - the article number (01,02,03...)
- authors - the list of authors, each separated by a semi-colon
- organisation - the contributing organisation
|
[[UFR_{{{area}}}-{{{number}}}|Front Page]] |
[[UFR_{{{area}}}-{{{number}}}_Description|Description]] |
[[UFR_{{{area}}}-{{{number}}}_Test_Case|Test Case Studies]] |
[[UFR_{{{area}}}-{{{number}}}_Evaluation|Evaluation]] |
[[UFR_{{{area}}}-{{{number}}}_Best_Practice_Advice|Best Practice Advice]] |
[[UFR_{{{area}}}-{{{number}}}_References|References]] |
{{{areaTitle}}}
Underlying Flow Regime {{{area}}}-{{{number}}}
Add your content here. Note that the following sections are suggestions and can be modified to suit your own article.
Best Practice Advice
This section should be structured around the following subsections.
Key Physics
Summarise the key flow physics which characterise the UFR and which must be captured for accurate prediction of the assessment parameters.
Numerical Modelling
- Discretisation method
- Grids and grid resolution
Physical Modelling
- Turbulence modelling
- Transition modelling
- Near-wall modelling
- Other modelling
Application Uncertainties
Summarise any aspects of the UFR model set-up which are subject to uncertainty and to which the assessment parameters are particularly sensitive (e.g location and nature of transition to turbulence; specification of turbulence quantities at inlet; flow leakage through gaps etc.)
Recommendations for Future Work
Propose further studies which will improve the
quality or scope of the BPA and perhaps bring it up to date. For example,
perhaps further calculations of the test-case should be performed
employing more recent, highly promising models of turbulence (e.g Spalart
and Allmaras, Durbin's v2f, etc.). Or perhaps new experiments should be
undertaken for which the values of key parameters (e.g. pressure gradient
or streamline curvature) are much closer to those encountered in real
application challenges.
Contributed by: {{{authors}}} — {{{organisation}}}
|
[[UFR_{{{area}}}-{{{number}}}|Front Page]] |
[[UFR_{{{area}}}-{{{number}}}_Description|Description]] |
[[UFR_{{{area}}}-{{{number}}}_Test_Case|Test Case Studies]] |
[[UFR_{{{area}}}-{{{number}}}_Evaluation|Evaluation]] |
[[UFR_{{{area}}}-{{{number}}}_Best_Practice_Advice|Best Practice Advice]] |
[[UFR_{{{area}}}-{{{number}}}_References|References]] |
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