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...on=Evaluation_AC2-07|qualityreview=Quality Review_AC2-07|bestpractice=Best Practice Advice_AC2-07|relatedUFRs=Related UFRs_AC2-07}} =='''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.

...on=Evaluation_AC3-01|qualityreview=Quality Review_AC3-01|bestpractice=Best Practice Advice_AC3-01|relatedUFRs=Related UFRs_AC3-01}} =='''Best Practice Advice for the AC'''==

...6-10 Quality Review|bestpractice=AC 6-10 Best Practice Advice|relatedUFRs=AC 6-10 Related ACs}} ...bars upstream of the cascade. The tunnel geometry is described in section 1.4. The design point of the V2 cascade is given by an inlet Mach number of 0

...on=Evaluation_AC2-06|qualityreview=Quality Review_AC2-06|bestpractice=Best Practice Advice_AC2-06|relatedUFRs=Related UFRs_AC2-06}} =='''Best Practice Advice for the AC'''==

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

...on=Evaluation_AC6-05|qualityreview=Quality Review_AC6-05|bestpractice=Best Practice Advice_AC6-05|relatedUFRs=Related UFRs_AC6-05}} =='''Best Practice Advice for the AC'''==

...6-12 Quality Review|bestpractice=AC 6-12 Best Practice Advice|relatedUFRs=AC 6-12 Related ACs}} ...T 5 code using the RNG k-eps turbulence model for the Reynolds number Re = 1.5 x 10⁶. The obtained pressure distribution on the profile shows

...on=Evaluation_AC3-03|qualityreview=Quality Review_AC3-03|bestpractice=Best Practice Advice_AC3-03|relatedUFRs=Related UFRs_AC3-03}} =='''Best Practice Advice'''==

...on=Evaluation_AC5-05|qualityreview=Quality Review_AC5-05|bestpractice=Best Practice Advice_AC5-05|relatedUFRs=Related UFRs_AC5-05}} =='''Best Practice Advice for the AC'''==

...6-07 Quality Review|bestpractice=AC 6-07 Best Practice Advice|relatedUFRs=AC 6-07 Related ACs}} = Best Practice Advice =

...6-08 Quality Review|bestpractice=AC 6-08 Best Practice Advice|relatedUFRs=AC 6-08 Related ACs}} ...yle="margin-left: 36.9pt; border-collapse: collapse; border: none" border="1"

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

...6-10 Quality Review|bestpractice=AC 6-10 Best Practice Advice|relatedUFRs=AC 6-10 Related ACs}} Tables 4.1 to 4.5 summarise the experimental data and STAR predictions, respectively,

...on=Evaluation_AC1-05|qualityreview=Quality Review_AC1-05|bestpractice=Best Practice Advice_AC1-05|relatedUFRs=Related UFRs_AC1-05}} '''Application Challenge 1-05''' © copyright ERCOFTAC 2004

...on=Evaluation_AC4-01|qualityreview=Quality Review_AC4-01|bestpractice=Best Practice Advice_AC4-01|relatedUFRs=Related UFRs_AC4-01}} =='''Best Practice Advice for the AC'''==

...6-10 Quality Review|bestpractice=AC 6-10 Best Practice Advice|relatedUFRs=AC 6-10 Related ACs}} ...bleEXPA|Table EXP-A]] and the data contained in these files are given in [[AC 6-10 Test Data#TableEXPB|Table EXP-B]].

...6-07 Quality Review|bestpractice=AC 6-07 Best Practice Advice|relatedUFRs=AC 6-07 Related ACs}} ...he propeller curve. Both are conducted at 60 % load, which is close to the best efficiency for the system, and at the same test head (H = 4.5 m).

...|qualityreview=UFR 4-11 Quality Review|bestpractice=UFR 4-11 Best Practice Advice|relatedACs=UFR 4-11 Related ACs}} ...of special relevance to [[Air flows in an open plan air conditioned office|AC 4-03, Air flows in an open plan air conditioned office]].

In the current application challenge (AC), ''in vitro'' velocity measurements using particle image velocimetry (PIV) This AC is a direct follow up of the application challenge “AC7-01:Aerosol deposi