��sr!com.femlab.server.ModelFileHeader�D��%LtagstLcom/femlab/util/FlStringList;Ltypesq~LvrsntLcom/femlab/util/FlVersion;xpwsrcom.femlab.util.FlVersion��%�/B =IbuildImajorLdatetLjava/lang/String;Lextq~Lnameq~Lrcsq~LreactionExtq~L reactionNameq~xpwtq~t#COMSOL Reaction Engineering Lab 3.5tat COMSOL 3.5q~ w[t $Name: $t$Date: 2008/12/03 17:02:19 $xur[Ljava.lang.String;��V��{Gxpt modelinfotxfemtguitg1tg2tfem1559t fem1559.0uq~ q~t femstructt guistructtdrawq~tgeomtmeshxsrcom.femlab.api.client.ModelInfo�^��%Ldescrq~LdocURLq~[imaget[Bxpwptpxuq~ t�` COMSOL 3.5 a 0 603 $Name: $ $Date: 2008/12/03 17:02:19 $ 4 geom on on off on on off on 0.1 TIME SmePlaneStrain cartesian {"u","v","p"} {"X","Y","Z"} smpn SME {"shlag(2,'u')","shlag(2,'v')"} 4 2 2 off _smpn EX_smpn EY_smpn EZ_smpn FX_smpn FXAmp_smpn FXPh_smpn FXg_smpn FY_smpn FYAmp_smpn FYPh_smpn FYg_smpn GXY_smpn TaX_smpn TaY_smpn alphaX_smpn alphaY_smpn alphaZ_smpn eX_smpn eXi_smpn eXY_smpn eXYi_smpn eY_smpn eYi_smpn eZi_smpn nuXY_smpn nuXZ_smpn nuYZ_smpn refpntX_smpn refpntY_smpn sX_smpn sXi_smpn sXY_smpn sXYi_smpn sY_smpn sYi_smpn sZ_smpn sZi_smpn Lag2 time on freq off ref ref off {"lm1","lm2"} ideal 0 0 0 0 global global standard

0 0 0 0 {1,1,1,1,1,1,1,1}

0 distr_force global area global standard

0 0 0 0 0 0 0 0

0 0 0 0 0 E_smpn/h*min(1e-3*5^auglagiter,1) E_smpn/h*min(1e-3*5^auglagiter,1) nofriction fast auto 1e-2 auto 1e-6 0 0 0 0 0 Inf 1e-3 0 1e-3 0 1e-3 0 {2,3,2,2,2,2,2,2}

nodamping 0 0 0

global iso 0 neo_hookean 8e5 2e5 2e5 1e10 -3e11 -5e11 -6e11 1e11 8e10 {"2e10"} {"3000"} 4e10 3e10 iso mises tangent 2.0e10 2.0e10 2.0e8 mises_smpn misesKin_smpn 2.0e10[Pa]/(1-2.0e10[Pa]/2.0e11[Pa])*epe_smpn 0 0

0 0 0 0 0 0 0 0

7.52e10 0.33 1.2e-5 2.0e11 0.33 1.2e-5 2.0e11 0.33 1.2e-5 2.0e11

1 0 0

0 global 0 293.15 293.15 0 500 17.44 51.6

global standard free 0 0 0 0 0 0 0 0

0 0 0 0 dx_guess_smpn dx_smpn dy_guess_smpn dy_smpn R0_guess_smpn X0_guess_smpn Y0_guess_smpn 0

none 0 0 0 0 global 0 dr_guess_smpn dr_smpn 1 {1,2} -1 0 0 MovingMesh cartesian {} {"X","Y","Z"} ale {"shlag(2,'x')","shlag(2,'y')"} 4 2 2 off _ale Lag2 winslow transient off ale ale ref off {"lm3","lm4"} non-ideal

global def

{3,3,3,3,3,3,3,3}

{3,3} FlNavierStokes cartesian {"u2","v2","p2","nxw","nyw"} {"x","y","z"} ns {"shlag(2,'lm5')","shlag(2,'lm6')","shlag(1,'lm7')","shlag(2,'u2')","shlag(2,'v2')","shlag(1,'p2')"}

2 off _ns Lagp2p1 static Off ale on {"lm5","lm6","lm7"} non-ideal 0 0 {1,1,1,1,1,1,1,1}

walltype uv p

ntotstress totstress cont U0in 0 0 0 0

1 0 0

0 1

{1,1,1,1,1,1,1,1}

1 1 0 0 0 0.5 1 gls 0.25 1 sc 0.35 0 1 0.1 0 navierstokes usesELM 0 Lagp2p1 0 Lagp2p1 0 0 0 {3,3} 10 {"X","Y"} {"x","y"} {"ref","ale"} {"shlag(2,'u')","shlag(2,'v')","shlag('order',2,'basename','x','frame','ale')","shlag('order',2,'basename','y','frame','ale')","shlag('order',2,'basename','u2','frame','ale')","shlag('order',2,'basename','v2','frame','ale')","shlag('order',1,'basename','p2','frame','ale')","shlag(2,'lm5')","shlag(2,'lm6')"}

dvol ref 2 fixed dvol_ale ale 2 moving_abs ref dvol_ale ale 2 moving_rel {"u","v"} ref on 1 SI

{1,1}

{"u","v","p","x","y","u2","v2","p2"} reacf(u) reacf(v) (X+u-refpntX_smpn)*RFY_smpn-(Y+v-refpntY_smpn)*RFX_smpn 0 sqrt(real(u)^2+real(v)^2) (F11_smpn*(SX_smpn*F11_smpn+SXY_smpn*F12_smpn)+F12_smpn*(SXY_smpn*F11_smpn+SY_smpn*F12_smpn))/J_smpn (F21_smpn*(SX_smpn*F21_smpn+SXY_smpn*F22_smpn)+F22_smpn*(SXY_smpn*F21_smpn+SY_smpn*F22_smpn))/J_smpn SZ_smpn*F33_smpn^2/J_smpn (F11_smpn*(SX_smpn*F21_smpn+SXY_smpn*F22_smpn)+F12_smpn*(SXY_smpn*F21_smpn+SY_smpn*F22_smpn))/J_smpn uX+0.5*(uX^2+vX^2) vY+0.5*(uY^2+vY^2) 0.5*(uY+vX+uX*uY+vX*vY) E_smpn*eXY_smpn/(1+nu_smpn) uXt+uX*uXt+vX*vXt vYt+uY*uYt+vY*vYt 0.5*(uYt+vXt+uX*uYt+uXt*uY+vX*vYt+vXt*vY) E_smpn*((1-nu_smpn)*ex_t_smpn+nu_smpn*ey_t_smpn)/((1+nu_smpn)*(1-2*nu_smpn)) E_smpn*(nu_smpn*ex_t_smpn+(1-nu_smpn)*ey_t_smpn)/((1+nu_smpn)*(1-2*nu_smpn)) E_smpn*nu_smpn*(ex_t_smpn+ey_t_smpn)/((1+nu_smpn)*(1-2*nu_smpn)) E_smpn*exy_t_smpn/(1+nu_smpn) sqrt((K_smpn+4*G_smpn/3)/rho_smpn) sqrt(G_smpn/rho_smpn) sqrt(sX_smpn^2+sY_smpn^2+sZ_smpn^2-sX_smpn*sY_smpn-sY_smpn*sZ_smpn-sX_smpn*sZ_smpn+3*sXY_smpn^2) 0.5*thickness_smpn*(eX_smpn*sX_smpn+eY_smpn*sY_smpn+2*eXY_smpn*sXY_smpn) -1+Jel_smpn 0 1+uX uY vX 1+vY 1+ez_smpn F33_smpn*(F11_smpn*F22_smpn-F12_smpn*F21_smpn) detF_smpn J_smpn F22_smpn*F33_smpn/detF_smpn -F12_smpn*F33_smpn/detF_smpn -F21_smpn*F33_smpn/detF_smpn F11_smpn*F33_smpn/detF_smpn (F11_smpn*F22_smpn-F21_smpn*F12_smpn)/detF_smpn max(max(abs(s1_smpn-s2_smpn),abs(s2_smpn-s3_smpn)),abs(s1_smpn-s3_smpn)) X Y x-X y-Y sqrt(u2^2+v2^2) v2x-u2y u2x+v2y rho_ns*U_ns*h_ale/eta_ns rho_ns*(u2*u2x+v2*u2y)+p2x-F_x_ns-eta_ns*(2*u2xx+u2yy+v2xy) rho_ns*(u2*v2x+v2*v2y)+p2y-F_y_ns-eta_ns*(v2xx+u2yx+2*v2yy) rho_ns*u2 rho_ns*v2 eta_ns rho_ns nojac(1/max(2*rho_ns*sqrt(emetric_ale(u2-xt,v2-yt)),48*eta_ns/h_ale^2)) 0.5*nojac(if((u2-xt)^2+(v2-yt)^2 rho_ns*divU_ns 0 0 0 0 800000 200000 200000 10000000000 -300000000000 -500000000000 -600000000000 E_smpn*nu_smpn/((1+nu_smpn)*(1-2*nu_smpn)) 0.5*E_smpn/(1+nu_smpn) E_smpn/(3*(1-2*nu_smpn)) 0.5*E_smpn/(1+nu_smpn) 20000000000 20000000000 200000000 mises_smpn misesKin_smpn 20000000000[Pa]*epe_smpn/(1-20000000000[Pa]/200000000000[Pa]) 0 0 0 0 0 0 0 0 75200000000 0.33 1.2e-005 200000000000 0.33 1.2e-005 200000000000 0.33 1.2e-005 200000000000 2 1 0 0 0 293.15 293.15 500 17.44 51.6 0 0 0 0 0 0 dx_guess_smpn dx_smpn dy_guess_smpn dy_smpn R0_guess_smpn X0_guess_smpn Y0_guess_smpn 0 0 0 dr_guess_smpn dr_smpn 1 0 0 0 0 1 1 0 0 0.5 0.25 sc 0.35 1 0.1 0 Lagp2p1 Lagp2p1 -test(nojac(rho_ns)*(nojac(u2-xt)*u2x+nojac(v2-yt)*u2y)+p2x-nojac(eta_ns)*(2*u2xx+u2yy+v2xy))*taum_ns*res_u2_ns-test(nojac(rho_ns)*(nojac(u2-xt)*v2x+nojac(v2-yt)*v2y)+p2y-nojac(eta_ns)*(v2xx+u2yx+2*v2yy))*taum_ns*res_v2_ns-test(divU_ns)*tauc_ns*res_p2_ns 0 (d(x,xi1)^2+d(x,xi2)^2)^2+2*(d(y,xi1)*d(x,xi1)+d(y,xi2)*d(x,xi2))^2+(d(y,xi1)^2+d(y,xi2)^2)^2 sqrt((u2-xt)^2+(v2-yt)^2) d(x,xi1)^2+d(x,xi2)^2 d(y,xi1)*d(x,xi1)+d(y,xi2)*d(x,xi2) d(y,xi1)^2+d(y,xi2)^2 -nojac(0.5*min(ck_ns*sqrt((tauc_ns*res_p2_ns/(nojac(rhoint_g1_ns/vol_g1_ns)*nojac(sqrt(u2int_g1_ns/vol_g1_ns))))^2+(taum_ns*res_u2_ns)^2+(taum_ns*res_v2_ns)^2),U_ale_ns)*min(gijgij_ns^(-0.25),rho_ns*U_ale_ns/(48*eta_ns)))*rho_ns*(g11_ns*(u2x*test(u2x)+v2x*test(v2x))+g21_ns*(u2y*test(u2x)+v2y*test(v2x))+g21_ns*(u2x*test(u2y)+v2x*test(v2y))+g22_ns*(u2y*test(u2y)+v2y*test(v2y))) {0,0}

{1,2}

{"u","v","p","x","y","u2","v2","p2","lm5","lm6","lm7"} reacf(u) reacf(v) (X+u-refpntX_smpn)*RFY_smpn-(Y+v-refpntY_smpn)*RFX_smpn 0 0 sqrt(real(u)^2+real(v)^2) (F11_smpn*SX_smpn+F12_smpn*SXY_smpn)*nX_smpn+(F11_smpn*SXY_smpn+F12_smpn*SY_smpn)*nY_smpn (F21_smpn*SX_smpn+F22_smpn*SXY_smpn)*nX_smpn+(F21_smpn*SXY_smpn+F22_smpn*SY_smpn)*nY_smpn X Y eta_ns*(2*nx_ns*u2x+ny_ns*(u2y+v2x)) -nx_ns*p2+2*nx_ns*eta_ns*u2x+ny_ns*eta_ns*(u2y+v2x) eta_ns*(nx_ns*(v2x+u2y)+2*ny_ns*v2y) -ny_ns*p2+nx_ns*eta_ns*(v2x+u2y)+2*ny_ns*eta_ns*v2y 0 0 0 0 0 0 0 0 0 0 0 0 nX nY 0 0 nX nY 0 0 0 0 1 0 0 0 0 0 nx ny 0 0 {0,0,0,0,0,0,0,0}

{1,2,1,1,1,1,1,1}

{"u","v","p","x","y","u2","v2","p2"} reacf(u) reacf(v) (X+u-refpntX_smpn)*RFY_smpn-(Y+v-refpntY_smpn)*RFX_smpn 0 0 sqrt(real(u)^2+real(v)^2) X Y 0 0 0 0 0 0 0 0 0 0 0 {0,0,0,0,0,0,0,0}

{1,1,1,1,1,1,1,1} -1 0 0 uTIME uTIMETIME uXTIME uYTIME vTIME vTIMETIME vXTIME vYTIME xTIME xTIMETIME xxTIME xyTIME yTIME yTIMETIME yxTIME yyTIME 10 u2TIME-xTIME*u2x-yTIME*u2y u2TIMETIME u2xTIME-xTIME*u2xx-yTIME*u2xy u2yTIME-xTIME*u2yx-yTIME*u2yy v2TIME-xTIME*v2x-yTIME*v2y v2TIMETIME v2xTIME-xTIME*v2xx-yTIME*v2xy v2yTIME-xTIME*v2yx-yTIME*v2yy p2TIME-xTIME*p2x-yTIME*p2y p2TIMETIME p2xTIME-xTIME*p2xx-yTIME*p2xy p2yTIME-xTIME*p2yx-yTIME*p2yy elpric {"1"}

s smpn {"X","Y","Z"} elpric {"1"}

e smpn {"X","Y","Z"} elcplscalar {"1"}

{"FXtotpnt_g1_smpn","FYtotpnt_g1_smpn","MZtotpnt_g1_smpn","FXtotbnd_g1_smpn","FYtotbnd_g1_smpn","MZtotbnd_g1_smpn","FXtotsub_g1_smpn","FYtotsub_g1_smpn","MZtotsub_g1_smpn"} {"1","2","3","4","5","6","7","8","9"} elcplsum {"1"}

{"RFXtotpnt_g1_smpn","RFYtotpnt_g1_smpn","RMZtotpnt_g1_smpn","RFXtotbnd_g1_smpn","RFYtotbnd_g1_smpn","RMZtotbnd_g1_smpn","RFXtotsub_g1_smpn","RFYtotsub_g1_smpn","RMZtotsub_g1_smpn"} {"1","2","3","4","5","6","7","8","9"} elconst +FXtotpnt_g1_smpn+FXtotbnd_g1_smpn+FXtotsub_g1_smpn RFXtotsub_g1_smpn +FYtotpnt_g1_smpn+FYtotbnd_g1_smpn+FYtotsub_g1_smpn RFYtotsub_g1_smpn +MZtotpnt_g1_smpn+MZtotbnd_g1_smpn+MZtotsub_g1_smpn RMZtotsub_g1_smpn elcplscalar {"1"}

{"minqual_tmp1_ale"} {"1"} {"1"} elconst -minqual_tmp1_ale elcplscalar {"1"}

{"rhoint_g1_ns","vol_g1_ns","u2int_g1_ns","mdt2_cfl_g1_ns"} {"1","2","3","4"} {"4"} elconst nojac(sqrt(-mdt2_cfl_g1_ns))

~~{"E1","R1"}~~ {0} {0} smpn weak

SI uq~ t� off time time auto 1.0E-6 25 tol 100 1 off on off 1.0 1.0E-4 10.0 off on 0.0010 25 lumped automatic auto on 1 4 tol 10 1 off const 1.0 minimal 1.0 1.0E-2 10.0 0.0010 0.01 range(0,0.1,1) 0 1 0.1 11 step none tlist free genalpha 5*dt_cfl_g1_ns off 15 off on on on on on on off off off 1E-6 2 1 0.1 0.75 linear off off yes bweuler 1 off 6 0 300 0.0 0 lambda 0 step none off 1 off 0.0 0.0 0.0 on auto off nonsym eliminate auto 1000 on none on off off on off currgeom l2 10000000 longest weak on 0 1 2 1 fltpft 2 1.7 0.5 0.5 on off off sensitivity adjoint on cholesky analytic 500 10 1.0e-6 1.0e-6 1.0e-6 1.0e-6 0 off v,u,u2,p2,lm6,v2,lm5,y,x v,u,u2,p2,lm6,lm5,v2,y,x on init_expr_currsol_radio Automatic 0 u_init_radio Automatic 0 off off off off pardiso linsolver 0.0 0.1 0.7 nd on off nd on 1.0E-8 on off tol 2 1E-3 20 10000 left right 1 50 1 1.0 3 6 v 5000 512.0 off 2.0 on droptol gmres 0.02 100 0.8 on on shape regular on 2 2 off Geom1 on on

off off off on genalpha 2 auto pardiso gmg none off 1E-6 off 0.1 20 1 off 1E-3 yes 5*dt_cfl_g1_ns on genalpha 2 auto pardiso gmg none off 1E-6 off 0.1 20 1 off 1E-3 yes 5*dt_cfl_g1_ns on genalpha 2 auto pardiso gmg none off 1E-6 off 0.1 20 1 off 1E-3 yes 5*dt_cfl_g1_ns on genalpha 2 auto pardiso gmg none off 1E-6 off 0.1 20 1 off 1E-3 yes 5*dt_cfl_g1_ns Geom1 0 off off off 1056570 COMSOL 3.5.0.603 1250022249890 1250005987906 off html off a4 off full off

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