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http://documents.irevues.inist.fr/bitstream/handle/2042/16527/CFM2007-0526.pdf.txt?sequence=2

Date added: **September 6, 2014** - Views: **1**

www.et.byu.edu

% CHE 541 HW 9 % **Lid** **driven** **cavity** problem % vorticity, stream function formulation % THIS IS THE DRIVER ROUTINE clc; clear; global nx ny dx dy u v P uBCB uBCT vBCE vBCW nu; nx = 21; ny = 21; Lx = 1; Ly = 1; Re = 100; % CHANGE for fun uBCT = 1.0; % Top : CHANGE THESE for fun ...

http://www.et.byu.edu/~dol4/che541/homework/hw8p2p3/drv.m

Date added: **May 16, 2013** - Views: **2**

smartech.gatech.edu

The short-dwell pond was experimentally simulated as a **lid**-**driven** **cavity**, i.e., a rectangular box wherein the flow is induced by the movement of the top boundary, with through flow. Flow ...

https://smartech.gatech.edu/bitstream/handle/1853/2167/tps-369.pdf.txt?sequence=2

Date added: **March 21, 2014** - Views: **5**

www.global-sci.org

::title::Hopf Bifurcations, Drops in The **Lid**--**Driven** Square **Cavity** Flow ::corrauthor::1::Salvador Garcia ::address::1::Instituto de Matematicas, Universidad Austral de Chile, Casilla 567, Valdivia, Chile ::receive::Received 16 March 2009; Accepted (in revised version) 14 April 2009 ::email ...

http://www.global-sci.org/aamm/volumes/v1n4/abstract/546

Date added: **October 25, 2013** - Views: **4**

www.mech.kth.se

% Navier-Stokes solver, % adapted for course SG2212 % KTH Mechanics % % Depends on avg.m and DD.m % clear all %----- lid_driven_cavity=1; if (lid_driven_cavity==1) % Parameters for test case I: **Lid**-**driven** **cavity** % The Richardson number is ...

http://www.mech.kth.se/~ardeshir/courses/literature/HW_2011/SG2212_template.m

Date added: **July 2, 2013** - Views: **5**

www3.u-toyama.ac.jp

package jp.seta.lbm_cavity; import android.os.Bundle; import android.app.Activity ... // Text t.setColor(Color.BLACK); t.setTextSize (16); String msg1 = "**Lid**-**driven**"+" **cavity**"+" flow" +", 51x51" +" grid"; c.drawText(msg1, 10, 30, t); String msg2 = "time: " +time++ +", norm ...

http://www3.u-toyama.ac.jp/seta/software/LBM_Cavity.txt

Date added: **November 27, 2013** - Views: **1**

web.stanford.edu

**Lid**-**driven** **cavity** flow at Re = 1000, single-grid f t f f f f LREAD,LWRITE,LTEST,LOUTS,LOUTE,LTIME 650 5 5 2 2 1.e-4 1.e3 0.92 MAXIT,IMON,JMON,IPR,JPR,SORMAX,SLARGE,ALFA 1. 1.E-3 0.1 0. 0. 0. 0. 0. 0.0 DENSIT,VISC,PRM,GRAVX,GRAVY,BETA,TH,TC,TREF 0 ...

http://web.stanford.edu/class/me469a/codes/2dc/pcol.inp

Date added: **August 27, 2014** - Views: **1**

web.stanford.edu

THREE DIMENSIONAL FLOW IN A **LID**-**DRIVEN** **CAVITY** title f F f F F F T F lread,lwrite,ltest,louts,loute,lpri,lprj,lprk T T T T F icalu,icalv,icalw,icalp,icalt 1 2 3 3 2 2 2 maxit,imon,jmon,kmon,ipr,jpr,kpr 1.E-5 1.E4 0.92 ...

http://web.stanford.edu/class/me469a/codes/3dc/prog.inp

Date added: **August 4, 2014** - Views: **1**

www.cs.cmu.edu

#include "Sundance.h" /** \example vorticityLDC.cpp * Solution of the **lid**-**driven** **cavity** problem using a vorticity-streamfunction * formulation of the Navier-Stokes equations.

http://www.cs.cmu.edu/afs/cs/Web/People/42-705/examples/vorticityCyl.cpp

Date added: **September 6, 2014** - Views: **1**

www.physics.buffalo.edu

... "An Asymptotic Solution for // the Singularity at the Angular Point of the **Lid** **Driven** **Cavity**", // International Journal of Numerical Methods for Heat & Fluid Flow // 1994, Vol 4, pp 47--59 for (int k = 1; k N; k++ ...

http://www.physics.buffalo.edu/phy411-506/2010/topic4/cavity.cpp

Date added: **August 2, 2013** - Views: **3**

www.anl.gov

We present two benchmark cases: **lid**-**driven** **cavity** flows for Re=400-5000 and flows around an impulsively started cylinder for Re=550-9500. Computational results are compared with those of other theoretical, experimental, ...

http://www.anl.gov/publications/export/tagged/5012

Date added: **September 6, 2014** - Views: **1**

www.auburn.edu

The code is set for a **lid**-**driven** **cavity** flow; it could be a good excercise for a student to adapt it to a flow with inlet and outlet... PSTAG.INP An example of input data for the above code. PLOT.F The code which produces vector, profile, contour ...

http://www.auburn.edu/~ajm/teaching/math7680/programs/stag/readme

Date added: **August 4, 2014** - Views: **1**

oomph-lib.maths.man.ac.uk

... {fsi__driven__cavity__mesh_8template_8h}{ \section{fsi\_\-**driven**\_\-**cavity**\_\-mesh.template.h File ... \item Boundary 0 is the moving **lid**.\item Boundary 1 is the gap above the moving **lid** on the right wall\item Boundary 2 is the rigid part of the right wall\item Boundary 3 is the ...

http://oomph-lib.maths.man.ac.uk/doc/meshes/mesh_from_triangle/latex/fsi__driven__cavity__mesh_8template_8h.tex

Date added: **September 6, 2014** - Views: **1**

www.math.utep.edu

% The standard setup solves a **lid** **driven** **cavity** problem. % 07/2007 by Benjamin Seibold % http://www-math.mit.edu/~seibold/ % Feel free to modify for teaching and learning. ...

http://www.math.utep.edu/siam/SIAM/Seminar_files/navierstokes.m

Date added: **September 6, 2014** - Views: **1**

www.actapress.com

VERIFICATION AND AMENDING OF SIP SOLVER Nan Zhang Dept. of Architecture & Urban Planning South-Central University Changsha 410075, Hunan, P. R. of China E-mail address: [email protected] Abstract This paper compares three different approaches: SIP (Strongly Implicit Procedure), TDMA ...

http://www.actapress.com/PDFViewer.aspx?paperId=17939

Date added: **August 24, 2014** - Views: **1**

www.ewp.rpi.edu

www.ewp.rpi.edu

http://www.ewp.rpi.edu/hartford/~ernesto/F2012/CFD/Programs/Peric-Ferziger/parallel/readme

Date added: **May 27, 2013** - Views: **2**

www.auburn.edu

The boundary conditions are set for the C **lid**-**driven** **cavity** flow. Only steady flows are considered. C C M. Peric, IfS, Hamburg, 1996 C##### PARAMETER (NX=82,NY=82,NXY=NX*NY) COMMON /IDAT/ NI,NJ,NIM,NJM,NIMM,NJMM,IU,IV,IPP ...

http://www.auburn.edu/~ajm/teaching/math7680/programs/stag/pstag.f

Date added: **May 16, 2013** - Views: **6**

oomph-lib.maths.man.ac.uk

... \item Boundary 0 is the moving **lid**.\item Boundary 1 is the gap above the moving **lid** on the right wall\item Boundary 2 is the rigid part of the ... Definition at line 90 of file fsi\_\-**driven**\_\-**cavity**\_\-mesh.template.h.\hypertarget{classoomph_1_1FSIDrivenCavityMesh ...

http://oomph-lib.maths.man.ac.uk/doc/meshes/mesh_from_triangle/latex/classoomph_1_1FSIDrivenCavityMesh.tex

Date added: **September 6, 2014** - Views: **1**

ekayasolutions.com

The particular problem we will examine is flow in a \ rectangular **cavity**, **driven** by the motion of the **lid**.\ \>", "Text", CellChangeTimes->{{3.419705429186001*^9, 3.41970548488389*^9}, { 3.447230730857523*^9, 3.447230733263056*^9}}] }, Open ]], Cell[CellGroupData[{ Cell ...

http://ekayasolutions.com/UCDMath/CavityFlow.nb

Date added: **March 25, 2014** - Views: **3**

wiki.palabos.org

If not, see . */ /** \file * Flow in a **lid**-**driven** 3D **cavity**. Benchmark case **/ #include "palabos3D.h" #include "palabos3D.hh" // include full template code #include using namespace plb; using namespace std; typedef double T; #define ...

http://wiki.palabos.org/_media/plb_wiki:benchmark:cavity3d.cpp

Date added: **December 9, 2013** - Views: **1**

www.ekayasolutions.com

The particular problem we will examine is flow in a rectangular \ **cavity**, **driven** by the motion of the **lid**.\ \>", "Text", CellChangeTimes->{{3.419705429186001*^9, 3.41970548488389*^9}}], Cell ...

http://www.ekayasolutions.com/TUS/ClassNotes/2DNavierStokesCavityFlow.nb

Date added: **August 2, 2013** - Views: **1**

ejde.math.txstate.edu

\subsection*{**Lid**-**driven** three-dimensional **cavity** flow} The velocity components on the wall are zero, except on the moving wall with a velocity of 1. The computations are performed on a grid consisting of \mbox{$16\!\times\!16\!\times\!16$} grid points. The ...

http://ejde.math.txstate.edu/conf-proc/01/l3/lee-tex

Date added: **May 10, 2012** - Views: **5**

sailfish.us.edu.pl

Running simulations ===== In this section, we show how to create a simple lattice Boltzmann simulation using Sailfish. To keep things simple, we stick to two dimensions and use the **lid**-**driven** **cavity** example, which is one of the standard test cases in computational fluid dynamics.

http://sailfish.us.edu.pl/_sources/running_simulations.txt

Date added: **July 2, 2013** - Views: **1**

www.ewp.rpi.edu

... Navier-Stokes solution of **lid**-**driven** **cavity** flow at relatively high Reynolds numbers. (d) Navier-Stokes solution of flow around a circular cylinder at Re = 100. English (Author abstract) 28 Refs. Subjects: Laminar flow Incompressible flow; ...

http://www.ewp.rpi.edu/hartford/~ernesto/C_S2001/nae/student_work/hw03/rondi1

Date added: **October 9, 2013** - Views: **1**

sailfish.us.edu.pl

* Model minimizing round-off errors (--minimize_roundoff) * New examples: four rolls mill, 2D **lid**-**driven** **cavity** with the entropic model, external geometry from a npy file, Taylor-Green flow, duct flow, channel flow, capillary wave, two-phase Poiseuille flow.

http://sailfish.us.edu.pl/_sources/release.txt

Date added: **May 26, 2014** - Views: **2**

www.tdx.cat

www.tdx.cat

http://www.tdx.cat/bitstream/handle/10803/8506/Phd-thesis.pdf.txt?sequence=2

Date added: **May 3, 2013** - Views: **7**

www.pha.jhu.edu

... "An Asymptotic Solution for C the Singularity at the Angular Point of the **Lid** **Driven** **Cavity**", C International Journal of Numerical Methods for Heat & Fluid Flow C 1994, Vol 4, pp 47--59 v(0,0)=(-(s(1,1))/(3.d0*dh**2.)-(0.5d0*v(1,0)+0.5d0*v(0,1) >+0 .25d0*v(1,1))/(9.d0))*9.d0 ...

http://www.pha.jhu.edu/~c171_636/sor0.f

Date added: **May 27, 2013** - Views: **9**

www-dimat.unipv.it

... performance and the accuracy of the method are demonstrated by computing the Kovasznay flow and the two-dimensional **lid**-**driven** **cavity** flow for a wide range of Reynolds numbers and for various degrees of polynomial approximation.

http://www-dimat.unipv.it/~seminari/dipietro.txt

Date added: **July 2, 2013** - Views: **4**

www.ara.bme.hu

Compare the results to the measurements. * **Cavity** - high Reynolds number (Bence J.) Perform 2D **lid**-**driven** **cavity** simulation for at least Re=10000. Use blockMesh to create a graded mesh with 1.1 inflation. Use the ...

http://www.ara.bme.hu/~hernadi/OpenFOAM/_sources/projects.txt

Date added: **August 27, 2014** - Views: **1**

cheme.nl

The method was also applied to the case of 2-D **lid** **driven** **cavity** flow at Re = 1000, where half of the **cavity** was locally refined. It was found that the locations of the two lower vortices could be captured accurately.

http://cheme.nl/tp/publications/ISI000237706300005.bib

Date added: **August 2, 2013** - Views: **5**

www.physics.buffalo.edu

www.physics.buffalo.edu

http://www.physics.buffalo.edu/phy411-506/2010/topic4/sor_2.f

Date added: **August 2, 2013** - Views: **1**

wiki.epfl.ch

If not, see . */ /** \file * Flow in a **lid**-**driven** 3D **cavity**. The **cavity** is square and has no-slip walls, * except for the top wall which is diagonally **driven** with a constant * velocity. The benchmark is challenging because of the velocity * discontinuities on corner nodes. **/ # ...

http://wiki.epfl.ch/callistobench/documents/cavity3d.cpp

Date added: **May 27, 2013** - Views: **2**

www.parcfd.org

www.parcfd.org

http://www.parcfd.org/2007/program/lbm_ldc.f

Date added: **November 8, 2012** - Views: **3**

wiki.epfl.ch

If not, see . * */ // main3Dliddriven.cxx // // Solves the **lid**-**driven** 3D square **cavity** for the Navier-Stokes ... Dirichlet conditions: // - on the velocity: at all times, v=0 on all faces, except on the **lid** // (top face), where it is prescribed by a regularized function ...

http://wiki.epfl.ch/callistobench/documents/callisto_bench_cavity3d.cxx

Date added: **October 25, 2013** - Views: **1**

staff.polito.it

... LBMLID, by Pietro ASINARI, 2011 ! ! PURPOSE: Simple LBM code for solving 2D **lid** **driven** **cavity** by E ... >ny ) then ! Upper wall / **LID** ... rho,ux,uy real(SELECTED_REAL_KIND(15,307)) :: Sxx,Syy ! Sxx = -1.d0/3.d0+2.d0/3.d0*(3.d0*ux**2+1.d0)**(0.5d0); ! Syy ...

http://staff.polito.it/pietro.asinari/csrc11/lbmlid.f95

Date added: **July 2, 2013** - Views: **1**

staff.polito.it

Boundary conditions (external layer) ! diagonally 3D **lid** **driven** **cavity** uxB = uxL*((2.d0**0.5d0)/2.d0); uyB = 0.d0; uzB = uxL*((2.d0**0.5d0)/2.d0); ! 3D **lid** **driven** **cavity** ! uxB = 0.d0; ! uyB = 0.d0; ! uzB = uxL* (2.d0**0.5d0)/2.d0); ! orthogonal to (i ...

http://staff.polito.it/pietro.asinari/csrc11/lbmlid3d.f95

Date added: **August 2, 2013** - Views: **1**

www.cfdthermo.tkk.fi

The solution method is tested using several flow cases including a **lid**-**driven** **cavity** and a buoyance-**driven** flow. The Rhie \& Chow interpolation method and its simplified and limited versions are compared with each other.

http://www.cfdthermo.tkk.fi/Publications/techreport/readme.txt

Date added: **March 25, 2014** - Views: **5**

www.actapress.com

www.actapress.com

http://www.actapress.com/Abstract.aspx?paperId=24565

Date added: **May 27, 2013** - Views: **5**

che.cycu.edu.tw

XMAX : maximum size of square **cavity** in X-direction C UINLET = 2.5 XMAX = 1.0 C C-----CALCULATE GEOMETRICAL QUANTITIES C CALL GRID ... 200 FORMAT(1H ,5X, 'LAMINAR FLOW IN A **LID** **DRIVEN** **CAVITY** '/) WRITE(6,210) UINLET 210 FORMAT(1H ,5X,'VELOCITY AT INLET = ',1PE11.3 ...

http://che.cycu.edu.tw/mfl/Courses/Cfd/HW3-2001/FVM-P52u.for

Date added: **November 27, 2013** - Views: **2**

www.mat.unimi.it

% The standard setup solves a **lid** **driven** **cavity** problem. % 07/2007 by Benjamin Seibold % http://www-math.mit.edu/~seibold/ % Feel free to modify for teaching and learning. %----- Re = 1e2; % Reynolds number dt = 1e-2; % time step ...

http://www.mat.unimi.it/users/imatuonto/simulazioni/Belloni/mit18086_navierstokes_P.m

Date added: **May 27, 2013** - Views: **3**

www.math.ust.hk

!----- !UGKS2D - **lid**-**driven** **cavity** calculation using Unified Gas-Kinetic Scheme !----- !Copyright (C) 2012 Wang Ruijie ! ! This program is free software: you can redistribute it and/or modify it under !the terms of the GNU General Public License as published by the ...

http://www.math.ust.hk/~makxu/PROGRAMS/UGKS2D.f90

Date added: **February 7, 2014** - Views: **1**

sydney.edu.au

Simulation of **Lid**-**Driven** **Cavity** Flow by Parallel DSMC Method. \i 24th AIAA Applied Aerodynamics Conference,\i0 , USA: American Institute of Aeronautics and Astronautics (AIAA).} \par \pard \ql \sb20 \sa80 {\fs20 \f0 Lee, K., Gonzalez, L., Srinivas, K., Wong, K., Auld, D. (2006).

http://sydney.edu.au/engineering/publication/doug.auld.rtf

Date added: **August 13, 2014** - Views: **1**

www.ann.jussieu.fr

-0.500577 0.00069404 -0.43768 0.275621 -0.429602 0.290847 -0.421523 0.303994 -0.406521 0.326826 -0.343624 0.371038 -0.273803 0.330015 -0.265724 0.32307 -0.000289 0.0252893 0.304962 -0.318994 0.359781 -0.427191 0.40652 -0.515279 0.445182 -0.392034 0.45326 -0.336623 0.461339 -0.277749 0.46884 -0 ...

http://www.ann.jussieu.fr/~frey/papers/Navier-Stokes/Lid%20driven%20cavity/yprof.ghia

Date added: **October 25, 2013** - Views: **1**

cfd.mace.manchester.ac.uk

{'ClassName': 'STAR', 'StatePosition': 270742L, 'Version': 2} {'ClassName': 'Array', 'Type': 'Character1', 'nElements': 4811, 'sizeof

http://cfd.mace.manchester.ac.uk/twiki/pub/Main/VictorPepin/Turbulent_lid-driven_cavity.sim

Date added: **September 10, 2013** - Views: **1**

cfd.mace.manchester.ac.uk

{'ClassName': 'STAR', 'StatePosition': 162482L, 'Version': 2} {'ClassName': 'Array', 'Type': 'Character1', 'nElements': 4811, 'sizeof

http://cfd.mace.manchester.ac.uk/twiki/pub/Main/VictorPepin/Laminar_lid-driven_cavity.sim

Date added: **November 28, 2013** - Views: **1**

www.ann.jussieu.fr

-0.327052 -0.383699 -0.397406 -0.297251 -0.217948 -0.27788 -0.428914 -0.222276 -0.43629 -0.201989 -0.444335 -0.181701 -0.046595 -0.106804 0.001598 -0.060949 -0.49933 -0.000882 0.118733 0.057217 0.235193 0.186849 0.352315 0.333239 0.45404 0.466401 0.461386 0.511382 0.469392 0.574884 0.476719 0 ...

http://www.ann.jussieu.fr/~frey/papers/Navier-Stokes/Lid%20driven%20cavity/xprof.ghia

Date added: **October 25, 2013** - Views: **1**

navier.stanford.edu

... J.R.* Reynolds number and end-wall effects on a **lid**-**driven** **cavity** flow* Phys. Fluids A1, 208* 1989. ` ..60.0,61.0: review of fins* LU, F.K.; SETTLES, G.C.; HORSTMAN, C.C.* Mach number effects on conical surface features of swept shock-wave/boundary-layer interactions* AIAA J. 28, 91* 1990 ...

http://navier.stanford.edu/bradshaw/pbref/refs610

Date added: **October 30, 2011** - Views: **13**

navier.stanford.edu

navier.stanford.edu

http://navier.stanford.edu/bradshaw/pbref/refs250

Date added: **September 23, 2011** - Views: **29**

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Date added: **November 11, 2013** - Views: **7**

www.uea.ac.uk

%%%%% % % **cavity**.m % % To solve the **driven** **cavity** problem % discussed in lectures % % M G Blyth September 2010 % ... % **Lid** velocity %%%% % Number elements starting from % left end of **lid**, and assign % coordinates % % elmx ...

http://www.uea.ac.uk/~h007/bem/cavity/cavity.m

Date added: **August 2, 2013** - Views: **1**