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 Show topics tagged with Code_Saturne Code_Saturne_publication Code_Saturne_res_topic Combustion_code DDES HPC KNOO laminar kinetic energy LES_predictions Linux periodicity with steady flow Problems with multiprocessor r Saturne_Validation_2.0 separated flow transition verification of mesh   by all users me only

 TestCase053Res000 in CfdTm web 2011-11-16 - 15:43 - r24 MohsinMohdSies

 TestCase013Res002 in CfdTm web 2019-04-29 - 09:57 - r100 ConstantinosKatsamis

Additional information (links, pictures, etc.) figures 1 5 show the results of the current version compared to the previous. All profiles are in good agreement showing ...

 TestCase048Res000 in CfdTm web 2011-09-14 - 13:30 - r8 DavidMonfort

Additional information (links, pictures, etc.) Though an error is present in the calculation of the displacement, this does not impair the results presented herebelow ...

 TestCase024Res000 in CfdTm web 2011-09-02 - 09:54 - r13 DavidMonfort

Additional information (links, pictures, etc.) In these calculation, we notice that the size of the cathode region is very important data but it is not well known ...

 TestCase019Res001 in CfdTm web 2018-11-28 - 22:02 - r27 ConstantinosKatsamis

Discussion The inlet profiles are imposed using the following equations: %$U u^ (\frac{log(1 0.4y^ )}{0.42} 7.8(1 \exp( y^ /11) y^ \exp( 0.33y^ /11) )$% %$k ...  TestCase001 in CfdTm web 2018-12-19 - 23:08 - r262 ConstantinosKatsamis Additional information (links, pictures, etc.) The initial choice of the computational domain is made by examining experimental two point correlations. The computational ...  TestCase022Res000 in CfdTm web 2011-09-09 - 16:19 - r5 DavidMonfort Discussion As no modification has been done in the current version of the code (compared to 1.3 version), no mesh sensitivity has been done. The reader can refer to ...  TestCase009 in CfdTm web 2018-11-28 - 22:00 - r87 ConstantinosKatsamis Geometrical features Length of the field :%$L 38m$% Width of the field :%$h 12m$% Diameter of the cylinder :%$d 1.5m$% Position of the%$C$%center ...  TestCase019 in CfdTm web 2011-11-02 - 09:08 - r5 JuanUribe Additional information (links, pictures, etc.) The case was considered at the 4th ERCOFTAC/IAHR Workshop on Refined Flow Modelling, held at Karlsruhe in 1995. The ...  TestCase041Res000 in CfdTm web 2011-09-09 - 15:45 - r11 DavidMonfort Additional information (links, pictures, etc.) Two discrepancies between versions 1.3 and 2.0 can be noted in the following results. The first one concerns the inlet ...  TestCase057 in CfdTm web 2012-04-17 - 14:45 - r9 HakimSemai  TestCase008Res002 in CfdTm web 2011-09-02 - 08:42 - r5 DavidMonfort Discussion. Similarly to the V1.3.0 validation, vertical profile of horizontal velocity is the same for all convection schemes of order 2. The upwind scheme yields ...  TestCase040Res000 in CfdTm web 2012-12-12 - 17:29 - r37 JacquesFontaine Additional information (links, pictures, etc.) The simulations show that we recover results of the previous version 1.3.1 from a qualitative and analytical point of ...  TestCase023Res000 in CfdTm web 2011-09-02 - 09:44 - r28 DavidMonfort Discussion Comparison of the models Figures (1), (2) and (3) compares the different models %$k \varepsilon$% with and without linear production and %$R {ij} \varepsilon ...

 TestCase013 in CfdTm web 2018-04-23 - 14:24 - r129 AllenZhang

Data available The following data is available for comparison 1 : Pressure coefficient %$Cp (p px) / (0.5 \rho U b^2)$% along the inclined bottom wall and ...

 TestCase034Res000 in CfdTm web 2011-09-09 - 15:43 - r6 DavidMonfort

Discussion The simulations have been run on all the production servers at EDF (at the time being), i.e. Calibre 5 and CCRT (Platine). The following graphs show the ...

 TestCase025Res000 in CfdTm web 2011-09-02 - 14:11 - r7 DavidMonfort

Additional information (links, pictures, etc.) On the following figures, the comparison between 1.3 and 2.0 models gives identical results, in agreement with the Gaussian ...

 TestCase046 in CfdTm web 2011-09-02 - 11:48 - r15 DavidMonfort

 TestCase057Res000 in CfdTm web 2018-11-28 - 22:01 - r79 ConstantinosKatsamis

3D visualization mean velocities and turbulent kinetic energy fields: Figure 9: Mean streamwise and spanwise velocity fields and mean turbulent kinetic energy ...

 TestCase015Res001 in CfdTm web 2014-10-27 - 11:48 - r35 AlastairWest

Discussion Simulations consisted in comparing three kinds of turbulent models and the effects of the wall function parameter (ideuch) in the models. Seven simulations ...

 TestCase028Res002 in CfdTm web 2011-09-15 - 08:22 - r3 DavidMonfort

Additional information (links, pictures, etc.) This test case is dedicated to the verification of the rough law of the wall, with different roughness (in meters). ...

 TestCase030Res000 in CfdTm web 2012-04-18 - 07:30 - r28 HakimSemai

Analysis of the numerical results The analytic results available are given as different profiles for the radiative source term (profiles inside the domain) and the ...

 TestCase054 in CfdTm web 2011-09-02 - 12:07 - r38 DavidMonfort

 TestCase026Res000 in CfdTm web 2011-09-02 - 10:01 - r3 DavidMonfort

Discussion The following figures show two temperature profiles obtained on two location. As a general conclusion, the present results are all similar and close to ...

 TestCase041 in CfdTm web 2013-04-10 - 16:30 - r67 AminRasam

Additional information (links, pictures, etc.) Figure 1 Domain geometry Particles parameters As flow parameters, particles characteristics are taken from 1 ...

 TestCase055 in CfdTm web 2017-05-19 - 03:37 - r24 AllenZhang

Additional information (links, pictures, etc.)

 TestCase029Res000 in CfdTm web 2013-03-18 - 17:43 - r52 JacquesFontaine

Additional information (links, pictures, etc.) Using options extrag(ipr(iphas)) 1 leads to non convergence of version 2.0 beta2 on this case. For k variables ...

 TestCase054Res000 in CfdTm web 2012-02-23 - 10:51 - r26 ParhamMomeni

Here below are presented the results for the streamwise velocity on the different sections. We can here see that the results between both versions are quite similar ...

 PublishContribHistory in CfdTm web 2017-05-02 - 06:47 - r627 AlistairRevell

Last Published Publisher DavidMonfort Date 2011 09 15 09:31 {PublishContrib}{Dir} /home/httpd/twiki/pub/publish/ {PublishContrib}{URL} http://cfd.mace.manchester ...

 TestCase001Res004 in CfdTm web 2018-09-25 - 13:25 - r115 ConstantinosKatsamis

RANS RESULTS The results are in good agreement with the previous version (see figure 1). In figures 2 and 3 the results for velocity and kinetic energy with the high ...

 TestCase056Res000 in CfdTm web 2013-02-14 - 20:48 - r37 AndresPermonti

In the following figures 4 to 7 the axial and tangential velocities profiles,respectively, the gas temperature, and the volumetric concentrations of %$CO 2$% and ...

 TestCase038 in CfdTm web 2017-05-19 - 03:30 - r84 AllenZhang

Additional information (links, pictures, etc.) Figure 1 Test geometry Domain characteristics section width : %$150 mm$% section height : %$350 mm$% ...

 TestCase038Res000 in CfdTm web 2011-09-02 - 10:35 - r10 DavidMonfort

Additional information (links, pictures, etc.) Particle volume fraction Particle vertical velocity (average) Particle vertical velocity (fluctuating ...

 TestCase056 in CfdTm web 2011-09-02 - 14:44 - r7 DavidMonfort

Boundary conditions The single inlet parameters are given in the following table 1: Inlet Value Total coal mass flow 450 kg/h Total primary air ...

 TestCase055Res000 in CfdTm web 2017-05-19 - 03:37 - r16 AllenZhang

Physical forcing Radiative forcing The short wave and long wave radiative forcing were taken into account by adding additional radiative source terms (ustssn.f90 ...

 TestCase053 in CfdTm web 2017-05-19 - 03:29 - r60 AllenZhang

Boundary conditions Fuel inlet: Total flowrate: %$2.62609\times10^{ 4}kg.s^{ 1}$% Temperature : %$436 K$% Mixing Rate : %$1$% Air inlet: Total flowrate ...

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