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{{AC|front=AC 1-01|description=Description_AC1-01|testdata=Test Data_AC1-01|cfdsimulations=CFD Simulations_AC1-01|evaluation=Evaluation_AC1 '''Application Challenge 1-01''' © copyright ERCOFTAC 2004

{{AC|front=AC 1-01|description=Description_AC1-01|testdata=Test Data_AC1-01|cfdsimulations=CFD Simulations_AC1-01|evaluation=Evaluation_AC1 '''Application Challenge 1-01''' © copyright ERCOFTAC 2004

{{AC|front=AC 4-02|description=Description_AC4-02|testdata=Test Data_AC4-02|cfdsimulations=CFD Simulation_AC4-02|evaluation=Evaluation_AC4- =='''Comparison of Test data and CFD'''==

{{AC|front=AC 3-10|description=Description_AC3-10|testdata=Test Data_AC3-10|cfdsimulations=CFD Simulations_AC3-10|evaluation=Evaluation_AC3 =='''Comparison of Test data and CFD'''==

{{AC|front=AC 3-10|description=Description_AC3-10|testdata=Test Data_AC3-10|cfdsimulations=CFD Simulations_AC3-10|evaluation=Evaluation_AC3 ...d an approximate Reynolds number range of <math>5 x 10^{5}</math> to <math>1.2 x 10^{6}</math>.

{{AC|front=AC 1-08|description=Description_AC1-08|testdata=Test Data_AC1-08|cfdsimulations=CFD Simulations_AC1-08|evaluation=Evaluation_AC1 '''Application Challenge 1-08''' © copyright ERCOFTAC 2004

{{AC|front=AC 4-02|description=Description_AC4-02|testdata=Test Data_AC4-02|cfdsimulations=CFD Simulation_AC4-02|evaluation=Evaluation_AC4- ...t laboratory scale. In the model, the river is 54 m long and 3 m wide. The AC concerns a case with low-water discharge of 12.54 l/s which corresponds to

{{AC|front=AC 1-08|description=Description_AC1-08|testdata=Test Data_AC1-08|cfdsimulations=CFD Simulations_AC1-08|evaluation=Evaluation_AC1 '''Application Challenge 1-08''' © copyright ERCOFTAC 2004

{{AC|front=AC 3-02|description=Description_AC3-02|testdata=Test Data_AC3-02|cfdsimulations=CFD Simulations_AC3-02|evaluation=Evaluation_AC3 ...ependent on the very fine details of the geometry at the T-junction, these data are scaled by the rotation velocity near to the junction (at H/D = 3) : thi

{{AC|front=AC 3-03|description=Description_AC3-03|testdata=Test Data_AC3-03|cfdsimulations=CFD Simulations_AC3-03|evaluation=Evaluation_AC3 ...sorting and for the separation of immiscible liquids [[Evaluation_AC3-03#1|1]].

{{AC|front=AC 1-01|description=Description_AC1-01|testdata=Test Data_AC1-01|cfdsimulations=CFD Simulations_AC1-01|evaluation=Evaluation_AC1 '''Application Challenge 1-01''' © copyright ERCOFTAC 2004

{{AC|front=AC 3-08|description=Description_AC3-08|testdata=Test Case_AC3-08|cfdsimulations=CFD Simulations_AC3-08|evaluation=Evaluation_AC3 ...s flux, whereof also the global evaporation rates could be determined. The data for the different flow conditions also include the inlet conditions for air

{{AC|front=AC 4-02|description=Description_AC4-02|testdata=Test Data_AC4-02|cfdsimulations=CFD Simulation_AC4-02|evaluation=Evaluation_AC4- ...transport of sediment and the associated deformation of the bed. The input data for such a calculation are

{{AC|front=AC 6-02|description=Description_AC6-02|testdata=Test Data_AC6-02|cfdsimulations=CFD Simulations_AC6-02|evaluation=Evaluation_AC6 =='''Comparison of Test data and CFD'''==

{{AC|front=AC 4-03|description=Description_AC4-03|testdata=Test Data_AC4-03|cfdsimulations=CFD Simulations_AC4-03|evaluation=Evaluation_AC4 ...FD evaluation. The measurements that are used here are summarised in Table 1. The internal temperature profiles within the occupied zone, Tint, were use

{{AC|front=AC 3-02|description=Description_AC3-02|testdata=Test Data_AC3-02|cfdsimulations=CFD Simulations_AC3-02|evaluation=Evaluation_AC3 A dedicated test rig comprising a T-junction has been tested in the Research and Development

{{AC|front=AC 5-05|description=Description_AC5-05|testdata=Test Data_AC5-05|cfdsimulations=CFD Simulations_AC5-05|evaluation=Evaluation_AC5 =='''Comparison of Test data and CFD'''==

...6-12 Quality Review|bestpractice=AC 6-12 Best Practice Advice|relatedUFRs=AC 6-12 Related ACs}} = Test Data =

{{AC|front=AC 3-11|description=Description_AC3-11|testdata=Test Data_AC3-11|cfdsimulations=CFD Simulations_AC3-11|evaluation=Evaluation_AC3 ...nd heating rates. An overview of the test cases measured is given in Table 1.

{{AC|front=AC 1-08|description=Description_AC1-08|testdata=Test Data_AC1-08|cfdsimulations=CFD Simulations_AC1-08|evaluation=Evaluation_AC1 '''Application Challenge 1-08''' © copyright ERCOFTAC 2004

{{AC|front=AC 1-05|description=Description_AC1-05|testdata=Test Data_AC1-05|cfdsimulations=CFD Simulations_AC1-05|evaluation=Evaluation_AC1 '''Application Challenge 1-05''' © copyright ERCOFTAC 2004

ERCOFTAC Knowledge Base Wiki, e.g., [[AC 1-05]] (Ahmed body), [[AC 1-08]] (L1T2 3 element ...[[AC 4-01]] (wind environment around an airport terminal building), and [[AC 4-03]] (Air flows in an open plan air conditioned office). Hence it is of h

...6-08 Quality Review|bestpractice=AC 6-08 Best Practice Advice|relatedUFRs=AC 6-08 Related ACs}} == Comparison of Test data and CFD ==

...6-10 Quality Review|bestpractice=AC 6-10 Best Practice Advice|relatedUFRs=AC 6-10 Related ACs}} ...schweig. The main objective of these investigations was to obtain accurate data for the validation of theoretical methods. The V2 cascade has a design poin

{{AC|front=AC 3-03|description=Description_AC3-03|testdata=Test Data_AC3-03|cfdsimulations=CFD Simulations_AC3-03|evaluation=Evaluation_AC3 ...erval. Each sampling operation was controlled by a ‘PET’ microcomputer and data were analysed either by fast Fourier transformation or curve fitting by a T

{{AC|front=AC 1-08|description=Description_AC1-08|testdata=Test Data_AC1-08|cfdsimulations=CFD Simulations_AC1-08|evaluation=Evaluation_AC1 '''Application Challenge 1-08''' © copyright ERCOFTAC 2004

{{AC|front=AC 1-02|description=Description_AC1-02|testdata=Test Data_AC1-02|cfdsimulations=CFD Simulations_AC1-02|evaluation=Evaluation_AC1 '''Application Challenge 1-02''' © copyright ERCOFTAC 2004

...6-10 Quality Review|bestpractice=AC 6-10 Best Practice Advice|relatedUFRs=AC 6-10 Related ACs}} = Test Data =

{{AC|front=AC 4-01|description=Description_AC4-01|testdata=Test Data_AC4-01|cfdsimulations=CFD Simulations_AC4-01|evaluation=Evaluation_AC4 =='''Comparison of Test data and CFD'''==

{{AC|front=AC 2-07|description=Description_AC2-07|testdata=Test Case_AC2-07|cfdsimulations=CFD Simulations_AC2-07|evaluation=Evaluation_AC2 ...regions and recirculation regions (see Fig. 2 below). This is thus a good AC, since there is a relatively simple geometry (axisymmetric), and the abilit

{{AC|front=AC 4-01|description=Description_AC4-01|testdata=Test Data_AC4-01|cfdsimulations=CFD Simulations_AC4-01|evaluation=Evaluation_AC4 ...y of the wind environment around a large airport terminal building (Figure 1). The building is ~300m long and is roughly rectangular in plan, with an ae

{{AC|front=AC 1-05|description=Description_AC1-05|testdata=Test Data_AC1-05|cfdsimulations=CFD Simulations_AC1-05|evaluation=Evaluation_AC1 '''Application Challenge 1-05''' © copyright ERCOFTAC 2004

{{AC|front=AC 4-03|description=Description_AC4-03|testdata=Test Data_AC4-03|cfdsimulations=CFD Simulations_AC4-03|evaluation=Evaluation_AC4 =='''Comparison of Test data and CFD'''==

{{AC|front=AC 6-05|description=Description_AC6-05|testdata=Test Data_AC6-05|cfdsimulations=CFD_Simulation_AC6-05|evaluation=Evaluation_AC6- ...[[#Figure 16|Figure 16]] and [[#Figure 17|Figure 17]]. For each and every test case examined, results in the form of circumferential mass average span-wis

{{AC|front=AC 1-02|description=Description_AC1-02|testdata=Test Data_AC1-02|cfdsimulations=CFD Simulations_AC1-02|evaluation=Evaluation_AC1 '''Application Challenge 1-02''' © copyright ERCOFTAC 2004

{{AC|front=AC 3-08|description=Description_AC3-08|testdata=Test Case_AC3-08|cfdsimulations=CFD Simulations_AC3-08|evaluation=Evaluation_AC3 =='''Comparison of Test data and CFD'''==

...6-12 Quality Review|bestpractice=AC 6-12 Best Practice Advice|relatedUFRs=AC 6-12 Related ACs}} ...The investigation of the SE 1050 blade cascade includes experimental test data based on interferometric pictures of fluid flow and numerical simulation us

{{AC|front=AC 1-02|description=Description_AC1-02|testdata=Test Data_AC1-02|cfdsimulations=CFD Simulations_AC1-02|evaluation=Evaluation_AC1 '''Application Challenge 1-02''' © copyright ERCOFTAC 2004

{{AC|front=AC 4-04|description=Description_AC4-04|testdata=Test Data_AC4-04|cfdsimulations=CFD Simulations_AC4-04|evaluation=Evaluation_AC4 The Memorial Tunnel Fire Ventilation Test Programme consists of a series of full-scale fire tests carried out in a di

...6-08 Quality Review|bestpractice=AC 6-08 Best Practice Advice|relatedUFRs=AC 6-08 Related ACs}} = Test Data =

...ed of relevance to the [[L1T2_3_element_airfoil|Application Challenge AC 1&ndash;08]] ...to some extent, to [[Wind_environment_around_an_airport_terminal_building|AC 4&ndash;01]]

...6-10 Quality Review|bestpractice=AC 6-10 Best Practice Advice|relatedUFRs=AC 6-10 Related ACs}} == Best Practice Advice for the AC ==

{{AC|front=AC 4-04|description=Description_AC4-04|testdata=Test Data_AC4-04|cfdsimulations=CFD Simulations_AC4-04|evaluation=Evaluation_AC4 ...of Transport and Public Works and considered only cases 615B and 621A. The test case considered in this document is 615B.

{{AC|front=AC 6-02|description=Description_AC6-02|testdata=Test Data_AC6-02|cfdsimulations=CFD Simulations_AC6-02|evaluation=Evaluation_AC6 =='''Best Practice Advice for the AC'''==

...6-07 Quality Review|bestpractice=AC 6-07 Best Practice Advice|relatedUFRs=AC 6-07 Related ACs}} ...The Reynolds number ReD, based on runner diameter and average velocity is 1 750 000.

{{AC|front=AC 3-03|description=Description_AC3-03|testdata=Test Data_AC3-03|cfdsimulations=CFD Simulations_AC3-03|evaluation=Evaluation_AC3 {|border="1" cell padding="20" cell spacing="3" width="600" align="center"

{{AC|front=AC 1-02|description=Description_AC1-02|testdata=Test Data_AC1-02|cfdsimulations=CFD Simulations_AC1-02|evaluation=Evaluation_AC1 '''Application Challenge 1-02''' © copyright ERCOFTAC 2004

{{AC|front=AC 1-08|description=Description_AC1-08|testdata=Test Data_AC1-08|cfdsimulations=CFD Simulations_AC1-08|evaluation=Evaluation_AC1 '''Application Challenge 1-08''' © copyright ERCOFTAC 2004

{{AC|front=AC 4-04|description=Description_AC4-04|testdata=Test Data_AC4-04|cfdsimulations=CFD Simulations_AC4-04|evaluation=Evaluation_AC4 ...ervals along the tunnel length were activated at certain times within each test. The activation of the jet fans enabled an assessment to be made of their e

{{AC|front=AC 3-02|description=Description_AC3-02|testdata=Test Data_AC3-02|cfdsimulations=CFD Simulations_AC3-02|evaluation=Evaluation_AC3 ...influence of the bulk velocity in the auxiliary pipe as indicated in Table 1, a comparison of two turbulence models and grid sensitivity studies.