��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: v35ap $t$Date: 2009/04/29 09:11:29 $xur[Ljava.lang.String;��V��{Gxpt modelinfotxfemtguitg2tfem1914uq~ q~t femstructt guistructtdrawtgeomxsrcom.femlab.api.client.ModelInfo�^��%Ldescrq~LdocURLq~[imaget[Bxpwpq~pxuq~ t�L COMSOL 3.5 a 0 606 $Name: v35ap $ $Date: 2009/04/29 09:11:29 $ 1914 geom on on off on on off on 0.1 t SmePlaneStress cartesian {"u","v","p"} {"x","y","z"} smps SME {"shlag(2,'u')","shlag(2,'v')"} 4 2 2 off _smps Ex_smps Ey_smps Ez_smps Fx_smps FxAmp_smps FxPh_smps Fxg_smps Fy_smps FyAmp_smps FyPh_smps Fyg_smps Gxy_smps Tax_smps Tay_smps alphax_smps alphay_smps alphaz_smps ex_smps exi_smps exy_smps exyi_smps ey_smps eyi_smps ez_smps ezi_smps nuxy_smps nuxz_smps nuyz_smps refpntx_smps refpnty_smps sx_smps sxi_smps sxy_smps sxyi_smps sy_smps syi_smps sz_smps szi_smps Lag2 time off freq off off {"lm1","lm2"} ideal ref ref 0 0 0 0 global global standard

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

0 0 0 0

0 distr_force global length global standard free 0 0 0 0 0 0 0 0

0 0 0

0 E_smps/h*min(1e-3*5^auglagiter,1) E_smps/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 {1,2,1,1}

1 2.0e11 m/.125 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_smps misesKin_smps 2.0e10[Pa]/(1-2.0e10[Pa]/2.0e11[Pa])*epe_smps 0 0 0 0 0 0 0 0 0 0 0 1.2e-5 0.33 7.52e10 0.33 1.2e-5 2.0e11 0.33 1.2e-5 2.0e11 0.33 1.2e-5 2.0e11

0 .5 0 0 F*(t 0 global 0 293.15 293.15 0 500 17.44 51.6 area global standard displacement 0 0 0 0 0 0 0 0

0 1 0 0 dx_guess_smps dx_smps dy_guess_smps dy_smps R0_guess_smps X0_guess_smps Y0_guess_smps 0

none 0 0 0 0 global 0 dr_guess_smps dr_smps 1 {1} -1 0 0 {"x","y"} {"ref"} {"shlag(2,'u')","shlag(2,'v')"} 4 2 2 on 1 SI

{1}

{"u","v","p"} reacf(u) reacf(v) (x-refpntx_smps)*RFy_smps-(y-refpnty_smps)*RFx_smps 0 Fy_smps sqrt(real(u)^2+real(v)^2) 4*G_smps*ex_smps/3-2*G_smps*ey_smps/3-2*G_smps*ez_smps/3-p 4*G_smps*ey_smps/3-2*G_smps*ex_smps/3-2*G_smps*ez_smps/3-p 2*G_smps*exy_smps ux vy -lambLame_smps*(ex_smps+ey_smps)/(lambLame_smps+2*G_smps) 0.5*(uy+vx) E_smps*((1-nu_smps)*ex_t_smps+nu_smps*ey_t_smps+nu_smps*ez_t_smps)/((1+nu_smps)*(1-2*nu_smps)) E_smps*(nu_smps*ex_t_smps+(1-nu_smps)*ey_t_smps+nu_smps*ez_t_smps)/((1+nu_smps)*(1-2*nu_smps)) E_smps*exy_t_smps/(1+nu_smps) uxt vyt -lambLame_smps*(ex_t_smps+ey_t_smps)/(lambLame_smps+2*G_smps) 0.5*(uyt+vxt) -K_smps*evol_smps sqrt((K_smps+4*G_smps/3)/rho_smps) sqrt(G_smps/rho_smps) sqrt(sx_smps^2+sy_smps^2-sx_smps*sy_smps+3*sxy_smps^2) 0.5*thickness_smps*(ex_smps*sx_smps+ey_smps*sy_smps+2*exy_smps*sxy_smps) ex_smps+ey_smps+ez_smps 1.2e-005*(sx_smps-j*(imag(E_smps*(1-nu_smps)/((1+nu_smps)*(1-2*nu_smps)))*ex_smps+imag(E_smps*nu_smps/((1+nu_smps)*(1-2*nu_smps)))*ey_smps+imag(E_smps*nu_smps/((1+nu_smps)*(1-2*nu_smps)))*ez_smps+imag(0)*exy_smps)+sy_smps-j*(imag(E_smps*nu_smps/((1+nu_smps)*(1-2*nu_smps)))*ex_smps+imag(E_smps*(1-nu_smps)/((1+nu_smps)*(1-2*nu_smps)))*ey_smps+imag(E_smps*nu_smps/((1+nu_smps)*(1-2*nu_smps)))*ez_smps+imag(0)*exy_smps)) 0 max(max(abs(s1_smps-s2_smps),abs(s2_smps-s3_smps)),abs(s1_smps-s3_smps)) 200000000000 8*m 0 0 0 0 800000 200000 200000 10000000000 -300000000000 -500000000000 -600000000000 E_smps*nu_smps/((1+nu_smps)*(1-2*nu_smps)) 0.5*E_smps/(1+nu_smps) E_smps/(3*(1-2*nu_smps)) 0.5*E_smps/(1+nu_smps) 20000000000 20000000000 200000000 mises_smps misesKin_smps 20000000000[Pa]*epe_smps/(1-20000000000[Pa]/200000000000[Pa]) 0 0 0 0 0 0 0 0 1.2e-005 0.33 75200000000 0.33 1.2e-005 200000000000 0.33 1.2e-005 200000000000 0.33 1.2e-005 200000000000 0 0.5 0 0 4*F*(t 0 293.15 293.15 500 17.44 51.6 0 0 0 0 0 0 dx_guess_smps dx_smps dy_guess_smps dy_smps R0_guess_smps X0_guess_smps Y0_guess_smps 0 0 0 dr_guess_smps dr_smps 1 1 0 0 0 {0}

{1}

{"u","v","p"} reacf(u) reacf(v) (x-refpntx_smps)*RFy_smps-(y-refpnty_smps)*RFx_smps 0 0 sqrt(real(u)^2+real(v)^2) sx_smps*nx_smps+sxy_smps*ny_smps sxy_smps*nx_smps+sy_smps*ny_smps 0 0 0 0 0 0 0 0 0 0 0 0 nx ny 0 0 0 0 {0,0,0,0}

{1,1,1,1}

{"u","v","p"} reacf(u) reacf(v) (x-refpntx_smps)*RFy_smps-(y-refpnty_smps)*RFx_smps 0 0 sqrt(real(u)^2+real(v)^2) 0 0 0 0 0 0 0 0 0 0 {0,0,0,0}

{1,1,1,1} -1 0 0 elpric {"1"}

s smps {"x","y","z"} elpric {"1"}

e smps {"x","y","z"} elcplscalar {"1"}

{"Fxtotpnt_g1_smps","Fytotpnt_g1_smps","Mztotpnt_g1_smps","Fxtotbnd_g1_smps","Fytotbnd_g1_smps","Mztotbnd_g1_smps","Fxtotsub_g1_smps","Fytotsub_g1_smps","Mztotsub_g1_smps"} {"1","2","3","4","5","6","7","8","9"} elcplsum {"1"}

{"RFxtotpnt_g1_smps","RFytotpnt_g1_smps","RMztotpnt_g1_smps","RFxtotbnd_g1_smps","RFytotbnd_g1_smps","RMztotbnd_g1_smps","RFxtotsub_g1_smps","RFytotsub_g1_smps","RMztotsub_g1_smps"} {"1","2","3","4","5","6","7","8","9"} elconst +Fxtotpnt_g1_smps+Fxtotbnd_g1_smps+Fxtotsub_g1_smps RFxtotsub_g1_smps +Fytotpnt_g1_smps+Fytotbnd_g1_smps+Fytotsub_g1_smps RFytotsub_g1_smps +Mztotpnt_g1_smps+Mztotbnd_g1_smps+Mztotsub_g1_smps RMztotsub_g1_smps elcplscalar {"1"}

{"disp","damp"} {"1","2"}

~~{"R1"}~~ 1500 50 500[N] 50[kg] m*9.807[m/s/s] 2

{0} {0} smps weak SI uq~ t�A off time stationary 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(0,0.05,10) 0 10 0.5 11 step none tlist strict genalpha 0.01 off 15 off on on on on on on off on on 0.0010 2 1 0.1 0.75 linear off off maybe bweuler 0 off 6 0 300 0.0 0 lambda 0 step none off 1 off 0.0 0.0 0.0 on auto auto auto eliminate auto 1000 on auto 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 v,u on init_expr_currsol_radio Automatic 0 u_init_radio Automatic 0 off off off off umfpack linsolver 0.0 0.1 0.7 nd on off nd on 1.0E-8 on off tol 2 1.0E-6 400.0 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 uncoupled 1.0 on on shape regular on 2 2 off Geom1 on on

off off off Geom1 0 off off off 1053657 COMSOL 3.5.0.606 1251240742703 1251238614468 off html off a4 off full off

srcom.femlab.geom.Rect�ȉ,E��6DlxDlyLlxExprt!Lcom/femlab/geom/Geom$Expression;LlyExprq~!xrcom.femlab.geom.Prim2�Z��~��DrotLbaseq~Lconstrq~[post[D[posExprt"[Lcom/femlab/geom/Geom$Expression;LrotExprq~!xrcom.femlab.geom.Geom2�V��c/Oxrcom.femlab.geom.Geom͹�6��{L geomAssoctLcom/femlab/geom/GeomAssoc;Lversionq~xpwq~wDur[B��T�xpDGeom2��|�=-C��6?��?��?�?��?��?��?��?��?�BezierCurve�?�?�?BezierCurve�?�?�?�?�?BezierCurve�?�?�?�?�?BezierCurve�?�?�?AssocAttrib VectorIntxwxwtcornerur[D>��cZxpur"[Lcom.femlab.geom.Geom$Expression;�\2�Y�Uxpsrcom.femlab.geom.Geom$Expression OpI_h�DnumScaleLexprStrq~xpwt0w?�xsq~0wt0w?�xwsq~0wt0w?��F�R�9xxw ?�sq~0wt.5w?�xw?�sq~0wt.5w?�xxsq~%wq~w��duq~)dGeom2��|�=-C��6?��?��?��?�?��?��?��?��?�BezierCurve�?�?�?BezierCurve�?�?�?BezierCurve�?�?�?�?�?BezierCurve�?�?�?�?�?xwx

map