You chose the file "E:\CUGB\FREEZING\文献综述-meta-analysis\tpm+相场模型\亲水性溶质\模型实现\model verification in a unip鹴fied\nonlinear\nonlinear\试验文章\test+p.txt" -- FreeFem++ v4.9 (Tue, Apr 20, 2021 12:10:29 AM - git v4.9) Load: lg_fem lg_mesh lg_mesh3 eigenvalue 1 : load "UMFPACK64"(load: loadLibary C:\Program Files (x86)\FreeFem++\\.\UMFPACK64 = 0); 2 : load "msh3"(load: loadLibary C:\Program Files (x86)\FreeFem++\\.\msh3 = 0); 3 : //defaulttoUMFPACK64(); 4 : 5 : real r=25;//mm 6 : real h=50;//mm 7 : border C(t=0,2*pi) { x = r*cos(t); y=r*sin(t); label=1;} 8 : mesh Baseh = buildmesh(C(20)); 9 : //plot(Baseh,wait=1); 10 : 11 : int[int] rup=[0,1], rdown=[0,2], rmid=[1,3]; 12 : func zmin= 0; 13 : func zmax= h; 14 : int nlayer=100; 15 : mesh3 th2=buildlayers(Baseh,nlayer, 16 : coef= 1., 17 : zbound=[zmin,zmax], 18 : labelmid=rmid, 19 : reffaceup = rup, 20 : reffacelow = rdown); 21 : 22 : //plot(th2,wait=1); 23 : 24 : fespace voh (th2,[P1,P1,P1]); 25 : voh [setaf,fi,pre],[dsetaf,dfi,pre1],[setaf1,fi1,pree1],[setaff1,fii1,preee1],[setafff1,fiii1,preeee1]; 26 : voh [setafb,fib,ufb]; 27 : voh [setafe,fie,ufe]; 28 : 29 : 30 : macro p(u) [(6*u^5-15*u^4+10*u^3)] ) //EOM 31 : macro dp(u) [(30*u^4-60*u^3+30*u^2)] ) //EOM 32 : macro ddp(u) [(120*u^3-180*u^2+60*u)] ) //EOM 33 : macro g(u) [(pow(u,2)*pow(1-u,2))] ) //EOM 34 : macro dg(u) [(2*u+4*u^3-6*u^2)] ) //eom 35 : macro ddg(u) [(2+12*u^2-12)] ) //EOM 36 : 37 : //鏃堕棿杩唬鍖 38 : int niter= 1000; 39 : real[int] aRa = [1e4,1e4]; 40 : // BDF1 BF2 BDF3 41 : real[int,int] BDF= [[ 1,-1,0.0,0.0 ], [1.5,-2,.5,0.0 ],[11./6.,-3,1.5,-1./3]]; 42 : //extrapolations of orders 蟽 43 : real[int,int] EXTP = [[ 1,0.0,0.0 ], [2,-1,0.0],[3,-3,1]]; 44 : 45 : 46 : //鍙傛暟鍖 47 : real rawl=1e-9; //kg/mm*mm 48 : real rawi=0.913e-9; 49 : real raws=2.647e-9; 50 : real c1=1; 51 : real kl=2e4; 52 : real ki=5.56e3; 53 : real ks=5e4;// bulk modulus,unit(N/mm*mm) 54 : real ass=10e-6; 55 : real asi=5.1e-5; 56 : real asl=1.8e-4; //heat dilation coefficient,1/k 57 : //real asf=pfi*asl+(1-pfi)*asi; 58 : real mui=4.17e3; 59 : real mus=37.5e3; //shear modulus,unit(N/mm*mm) 60 : real mul=1.6;//viscosity mm*mm/s 61 : real seff=273.15;//k 62 : real sefs=273.15; 63 : real avi=1.09;// volume expansion due to ice formation 64 : real D=1e-8;//姘村姩鍔涘讥鏁ｇ郴鏁 65 : real nos=0.58; 66 : real kos=1e-7; //mm*mm 67 : real gravity=9800;//mm/s*s 68 : 69 : real hl=0.611e-3; //conductivity W/锛坢m*K锛 70 : real hi=2.222e-3; 71 : real hs=111e-3; 72 : real cl=4200; //heat capacity J/(KG*K) 73 : real ci=1900; 74 : real cs=380; 75 : real sl=3.886; //entropy (kj/(kg.k)) 76 : real si=2.6605; 77 : //func ns=nos*(1-dx(us)-dy(us)+3*ass*(setas-setas1)); /func nf=1-ns;//鍚庢湡鍙兘闇瑕佸彉涓哄惊鐜鍙 78 : real nf=1; 79 : real rs=0.5; 80 : real width=0.1; //mm 81 : real vkf= 1; //kinetic coefficient mm/(s.k) 82 : real gamma=0.029e-6; //surface tension j/(mm*mm) 83 : real kfss=0.55; 84 : //func kfsv=3*nf*kfss/rf; 85 : //func raws1=raws*(1-3*ass*(setas-setas1)); 86 : real a=4e-4;//compressibility, 87 : 88 : real M=0.005; 89 : real Ra = 1e4; 90 : real cnewton=0.0; 91 : real eps=1e-8; 92 : real tol=1e-8; 93 : real err; 94 : real wf1=0.00353;//mm/s 95 : real vf1=0.005;// 闅忕潃f1,f2鐨勫鍔狅紝err鍑忓皬 96 : 97 : [setaf,fi,pre]=[274.15,1.0,0.0]; 98 : 99 : 100 : for(int step=0;step<100;step++) 101 : { 102 : 103 : setaf1[]=setaf[]; 104 : 105 : 106 : solve fi([setaf,fi,pre],[dsetaf,dfi,q],solver="UMFPACK64")= 107 : int3d(th2)(nf*((6.0*fi1^5-15.0*fi1^4+10.0*fi1^3)*hl+(1-(6.0*fi1^5-15.0*fi1^4+10.0*fi1^3))*p鹴hi)*(dx(setaf)*dx(dsetaf)+dy(setaf)*dy(dsetaf)+dz(setaf)*dz(dsetaf))) 108 : -int3d(th2)(cnewton*nf*((6.0*fi1^5-15.0*fi1^4+10.0*fi1^3)*hl+(1-(6.0*fip鹴1^5-15.0*fi1^4+10.0*fi1^3))*hi)*(dx(setaf1)*dx(dsetaf)+dy(setaf1)*dy(dsetaf)+dz(setaf1)*dz(dsetaf))) 109 : +int3d(th2)(dsetaf*((6.0*fi1^5-15.0*fi1^4+10.0*fi1^3)*rawl+(1-(6.0*fi1^p鹴5-15.0*fi1^4+10.0*fi1^3))*rawi)*(((6.0*fie^5-15.0*fie^4+10.0*fie^3)*cl+(1-(6.0*fie^5-15.0*fie^4+10.0*fie^3))*ci))*wf1*(dp鹴x(setaf1)+dy(setaf1)+dz(setaf1))) 110 : +int3d(th2)(dsetaf*((6.0*fi1^5-15.0*fi1^4+10.0*fi1^3)*rawl+(1-(6.0*fi1^p鹴5-15.0*fi1^4+10.0*fi1^3))*rawi)*(((6.0*fie^5-15.0*fie^4+10.0*fie^3)*cl+(1-(6.0*fie^5-15.0*fie^4+10.0*fie^3))*ci))*wf1*(dp鹴x(setaf)+dy(setaf)+dz(setaf))) 111 : +int3d(th2)(dsetaf*nf*((6.0*fi1^5-15.0*fi1^4+10.0*fi1^3)*rawl+(1-(6.0*fp鹴i1^5-15.0*fi1^4+10.0*fi1^3))*rawi)*(3*gamma/width)*(2.0*fi1+4.0*fi1^3-6.0*fi1^2)*(30.0*fi1^4-60.0*fi1^3+30.0*fi1^2)*wf1*p鹴(dx(fi)+dy(fi)+dz(fi))/rawl) 112 : +int3d(th2)(dsetaf*(nf*((6.0*fi1^5-15.0*fi1^4+10.0*fi1^3)*rawl+(1-(6.0*p鹴fi1^5-15.0*fi1^4+10.0*fi1^3))*rawi))*(cl-ci)*(setaf1-seff)*(30.0*fi1^4-60.0*fi1^3+30.0*fi1^2)*wf1*(dx(fi)+dy(fi)+dz(fi))p鹴) 113 : +int3d(th2)(dsetaf*(nf*((6.0*fi1^5-15.0*fi1^4+10.0*fi1^3)*rawl+(1-(6.0*p鹴fi1^5-15.0*fi1^4+10.0*fi1^3))*rawi))*(sl-si)*seff*(30.0*fi1^4-60.0*fi1^3+30.0*fi1^2)*wf1*(dx(fi)+dy(fi)+dz(fi))) 114 : +int3d(th2)(dfi*wf1*(dx(fi)+dy(fi)+dz(fi))/(vkf/(6*rawl*width*(sl-si)))p鹴) 115 : +int3d(th2)(dsetaf*nf*((6.0*fi1^5-15.0*fi1^4+10.0*fi1^3)*rawl+(1-(6.0*fp鹴i1^5-15.0*fi1^4+10.0*fi1^3))*rawi)*(3*gamma/width)*(2.0*fi1+4.0*fi1^3-6.0*fi1^2)*wf1*(dx(fi1)+dy(fi1)+dz(fi1))/rawl) 116 : +int3d(th2)(dsetaf*nf*((6.0*fi1^5-15.0*fi1^4+10.0*fi1^3)*rawl+(1-(6.0*fp鹴i1^5-15.0*fi1^4+10.0*fi1^3))*rawi)*(3*gamma/width)*(2.0+12.0*fi1^2-12.0*fi1)*fi*(30.0*fi1^4-60.0*fi1^3+30.0*fi1^2)*wf1*(p鹴dx(fi1)+dy(fi1)+dz(fi1))/rawl) 117 : -int3d(th2)(dsetaf*nf*((6.0*fi1^5-15.0*fi1^4+10.0*fi1^3)*rawl+(1-(6.0*fp鹴i1^5-15.0*fi1^4+10.0*fi1^3))*rawi)*(3*gamma/width)*(2.0+12.0*fi1^2-12.0*fi1)*fi1*(30.0*fi1^4-60.0*fi1^3+30.0*fi1^2)*wf1*p鹴(dx(fi1)+dy(fi1)+dz(fi1))/rawl) 118 : +int3d(th2)(dsetaf*nf*((6.0*fi1^5-15.0*fi1^4+10.0*fi1^3)*rawl+(1-(6.0*fp鹴i1^5-15.0*fi1^4+10.0*fi1^3))*rawi)*(3*gamma/width)*(2.0*fi1+4.0*fi1^3-6.0*fi1^2)*fi*(120.0*fi1^3-180.0*fi1^2+60.0*fi1)*wp鹴f1*(dx(fi1)+dy(fi1)+dz(fi1))/rawl) 119 : -int3d(th2)(dsetaf*nf*((6.0*fi1^5-15.0*fi1^4+10.0*fi1^3)*rawl+(1-(6.0*fp鹴i1^5-15.0*fi1^4+10.0*fi1^3))*rawi)*(3*gamma/width)*(2.0*fi1+4.0*fi1^3-6.0*fi1^2)*fi1*(120.0*fi1^3-180.0*fi1^2+60.0*fi1)*p鹴wf1*(dx(fi1)+dy(fi1)+dz(fi1))/rawl) 120 : +int3d(th2)(dsetaf*(nf*((6.0*fi1^5-15.0*fi1^4+10.0*fi1^3)*rawl+(1-(6.0*p鹴fi1^5-15.0*fi1^4+10.0*fi1^3))*rawi))*(3*gamma/width)*(rawl-rawi)*(pow(fi1,2.0)*pow(1-fi1,2.0))*(30.0*fi1^4-60.0*fi1^3+30p鹴.0*fi1^2)*wf1*(dx(fi1)+dy(fi1)+dz(fi1))/(rawl*rawl)) 121 : +int3d(th2)(cnewton*dsetaf*nf*((6.0*fi1^5-15.0*fi1^4+10.0*fi1^3)*rawl+(p鹴1-(6.0*fi1^5-15.0*fi1^4+10.0*fi1^3))*rawi)*(cl-ci)*setaf*(30.0*fi1^4-60.0*fi1^3+30.0*fi1^2)*wf1*(dx(fi1)+dy(fi1)+dz(fi1)p鹴)) 122 : -int3d(th2)(cnewton*dsetaf*nf*((6.0*fi1^5-15.0*fi1^4+10.0*fi1^3)*rawl+(p鹴1-(6.0*fi1^5-15.0*fi1^4+10.0*fi1^3))*rawi)*(cl-ci)*(setaf1-seff)*(30.0*fi1^4-60.0*fi1^3+30.0*fi1^2)*wf1*(dx(fi1)+dy(fi1)p鹴+dz(fi1))) 123 : +int3d(th2)(dsetaf*nf*((6.0*fi1^5-15.0*fi1^4+10.0*fi1^3)*rawl+(1-(6.0*fp鹴i1^5-15.0*fi1^4+10.0*fi1^3))*rawi)*(sl-si)*seff*(30.0*fi1^4-60.0*fi1^3+30.0*fi1^2)*wf1*(dx(fi1)+dy(fi1)+dz(fi1))) 124 : +int3d(th2)(dsetaf*nf*((6.0*fi1^5-15.0*fi1^4+10.0*fi1^3)*rawl+(1-(6.0*fp鹴i1^5-15.0*fi1^4+10.0*fi1^3))*rawi)*(sl-si)*seff*(120.0*fi1^3-180.0*fi1^2+60.0*fi1)*fi*wf1*(dx(fi1)+dy(fi1)+dz(fi1))) 125 : -int3d(th2)(dsetaf*nf*((6.0*fi1^5-15.0*fi1^4+10.0*fi1^3)*rawl+(1-(6.0*fp鹴i1^5-15.0*fi1^4+10.0*fi1^3))*rawi)*(sl-si)*seff*(120.0*fi1^3-180.0*fi1^2+60.0*fi1)*fi1*wf1*(dx(fi1)+dy(fi1)+dz(fi1))) 126 : +int3d(th2)(dsetaf*nf*((6.0*fi1^5-15.0*fi1^4+10.0*fi1^3)*rawl+(1-(6.0*fp鹴i1^5-15.0*fi1^4+10.0*fi1^3))*rawi)*(cl-ci)*(setaf1-seff)*(120.0*fi1^3-180.0*fi1^2+60.0*fi1)*fi*wf1*(dx(fi1)+dy(fi1)+dz(fp鹴i1))) 127 : -int3d(th2)(dsetaf*nf*((6.0*fi1^5-15.0*fi1^4+10.0*fi1^3)*rawl+(1-(6.0*fp鹴i1^5-15.0*fi1^4+10.0*fi1^3))*rawi)*(cl-ci)*(setaf1-seff)*(120.0*fi1^3-180.0*fi1^2+60.0*fi1)*fi1*wf1*(dx(fi1)+dy(fi1)+dz(p鹴fi1))) 128 : -int3d(th2)(cnewton*dfi*setaf*rawl*(30.0*fi1^4-60.0*fi1^3+30.0*fi1^2)*(p鹴log(setaf1)-log(seff))) 129 : +int3d(th2)(cnewton*dfi*setaf1*rawl*(30.0*fi1^4-60.0*fi1^3+30.0*fi1^2)*p鹴(log(setaf1)-log(seff))) 130 : +int3d(th2)(dfi*rawl*(cl-ci)*(setaf1-seff)*(30.0*fi1^4-60.0*fi1^3+30.0*p鹴fi1^2)) 131 : -int3d(th2)(cnewton*dfi*rawl*(sl-si)*setaf*(30.0*fi1^4-60.0*fi1^3+30.0*p鹴fi1^2)) 132 : +int3d(th2)(cnewton*dfi*rawl*(sl-si)*(setaf1-seff)*(30.0*fi1^4-60.0*fi1p鹴^3+30.0*fi1^2)) 133 : -int3d(th2)(dfi*rawl*(cl-ci)*(setaf1*log(setaf1/seff)-(setaf1-seff))*(1p鹴20.0*fi1^3-180.0*fi1^2+60.0*fi1)*fi) 134 : +int3d(th2)(dfi*rawl*(cl-ci)*(setaf1*log(setaf1/seff)-(setaf1-seff))*(1p鹴20.0*fi1^3-180.0*fi1^2+60.0*fi1)*fi1) 135 : -int3d(th2)(dfi*rawl*(sl-si)*(setaf1-seff)*(120.0*fi1^3-180.0*fi1^2+60.p鹴0*fi1)*fi) 136 : +int3d(th2)(dfi*rawl*(sl-si)*(setaf1-seff)*(120.0*fi1^3-180.0*fi1^2+60.p鹴0*fi1)*fi1) 137 : -int3d(th2)(dfi*((rawl-rawi)/rawl)*(3*gamma/width)*(pow(fi1,2.0)*pow(1-p鹴fi1,2.0))*(30.0*fi1^4-60.0*fi1^3+30.0*fi1^2)) 138 : -int3d(th2)(dfi*((rawl-rawi)/rawl)*(3*gamma/width)*(2.0*fi1+4.0*fi1^3-6p鹴.0*fi1^2)*(30.0*fi1^4-60.0*fi1^3+30.0*fi1^2)*fi) 139 : +int3d(th2)(dfi*((rawl-rawi)/rawl)*(3*gamma/width)*(2.0*fi1+4.0*fi1^3-6p鹴.0*fi1^2)*(30.0*fi1^4-60.0*fi1^3+30.0*fi1^2)*fi1) 140 : -int3d(th2)(dfi*((rawl-rawi)/rawl)*(3*gamma/width)*(pow(fi1,2.0)*pow(1-p鹴fi1,2.0))*(120.0*fi1^3-180.0*fi1^2+60.0*fi1)*fi) 141 : +int3d(th2)(dfi*((rawl-rawi)/rawl)*(3*gamma/width)*(pow(fi1,2.0)*pow(1-p鹴fi1,2.0))*(120.0*fi1^3-180.0*fi1^2+60.0*fi1)*fi1) 142 : +int3d(th2)(dfi*((rawl-rawi)/rawl)*(2.0+12.0*fi1^2-12.0*fi1)*fi) 143 : -int3d(th2)(dfi*((rawl-rawi)/rawl)*(2.0+12.0*fi1^2-12.0*fi1)*fi1) 144 : +int3d(th2)(dfi*((rawl-rawi)/rawl)*(2.0*fi1+4.0*fi1^3-6.0*fi1^2)) 145 : -int3d(th2)(dfi*(sl-si)*(setaf1-seff)*(2*(6.0*fi1^5-15.0*fi1^4+10.0*fi1p鹴^3)-1)*(setaf1-seff)*(2*(6.0*fi1^5-15.0*fi1^4+10.0*fi1^3)-1)*(6.0*fi1^5-15.0*fi1^4+10.0*fi1^3)) 146 : -int3d(th2)(dfi*(30.0*fi1^4-60.0*fi1^3+30.0*fi1^2)*fi*pre1*(sl-si)*(setp鹴af1-seff)*(2*(6.0*fi1^5-15.0*fi1^4+10.0*fi1^3)-1)*(30.0*fi1^4-60.0*fi1^3+30.0*fi1^2)) 147 : +int3d(th2)(dfi*(30.0*fi1^4-60.0*fi1^3+30.0*fi1^2)*fi1*pre1*(sl-si)*(sep鹴taf1-seff)*(2*(6.0*fi1^5-15.0*fi1^4+10.0*fi1^3)-1)*(30.0*fi1^4-60.0*fi1^3+30.0*fi1^2)) 148 : -int3d(th2)(dfi*(30.0*fi1^4-60.0*fi1^3+30.0*fi1^2)*pre1*(sl-si)*(setaf1p鹴-seff)*2*(30.0*fi1^4-60.0*fi1^3+30.0*fi1^2)*fi*(6.0*fi1^5-15.0*fi1^4+10.0*fi1^3)) 149 : +int3d(th2)(dfi*(30.0*fi1^4-60.0*fi1^3+30.0*fi1^2)*pre1*(sl-si)*(setaf1p鹴-seff)*2*(30.0*fi1^4-60.0*fi1^3+30.0*fi1^2)*fi1*(6.0*fi1^5-15.0*fi1^4+10.0*fi1^3)) 150 : -int3d(th2)(dfi*(6.0*fi1^5-15.0*fi1^4+10.0*fi1^3)*pre1*(sl-si)*(setaf1-p鹴seff)*(2*(6.0*fi1^5-15.0*fi1^4+10.0*fi1^3)-1)*(120.0*fi1^3-180.0*fi1^2+60.0*fi1)*fi) 151 : +int3d(th2)(dfi*(6.0*fi1^5-15.0*fi1^4+10.0*fi1^3)*pre1*(sl-si)*(setaf1-p鹴seff)*(2*(6.0*fi1^5-15.0*fi1^4+10.0*fi1^3)-1)*(120.0*fi1^3-180.0*fi1^2+60.0*fi1)*fi1) 152 : -int3d(th2)(cnewton*dfi*(30.0*fi1^4-60.0*fi1^3+30.0*fi1^2)*pre*(sl-si)*p鹴(setaf1-seff)*(2*(6.0*fi1^5-15.0*fi1^4+10.0*fi1^3)-1)*(6.0*fi1^5-15.0*fi1^4+10.0*fi1^3)) 153 : +int3d(th2)(cnewton*dfi*(30.0*fi1^4-60.0*fi1^3+30.0*fi1^2)*pre1*(sl-si)p鹴*(setaf1-seff)*(2*(6.0*fi1^5-15.0*fi1^4+10.0*fi1^3)-1)*(6.0*fi1^5-15.0*fi1^4+10.0*fi1^3)) 154 : -int3d(th2)(cnewton*dfi*(30.0*fi1^4-60.0*fi1^3+30.0*fi1^2)*pre1*(6.0*fip鹴1^5-15.0*fi1^4+10.0*fi1^3)*(sl-si)*(2*(6.0*fi1^5-15.0*fi1^4+10.0*fi1^3)-1)*setaf) 155 : +int3d(th2)(cnewton*dfi*(30.0*fi1^4-60.0*fi1^3+30.0*fi1^2)*pre1*(6.0*fip鹴1^5-15.0*fi1^4+10.0*fi1^3)*(sl-si)*(2*(6.0*fi1^5-15.0*fi1^4+10.0*fi1^3)-1)*setaf1) 156 : +int3d(th2)(q*wf1*(6.0*fi1^5-15.0*fi1^4+10.0*fi1^3)*pre*(sl-si)*(dx(setp鹴af1)+dy(setaf1)+dz(setaf1))) 157 : -int3d(th2)(q*wf1*(6.0*fi1^5-15.0*fi1^4+10.0*fi1^3)*pre1*(sl-si)*(dx(sep鹴taf1)+dy(setaf1)+dz(setaf1))) 158 : +int3d(th2)(q*wf1*(6.0*fi1^5-15.0*fi1^4+10.0*fi1^3)*(sl-si)*setaf1*(dx(p鹴pre)+dy(pre)+dz(pre))) 159 : -int3d(th2)(q*wf1*(6.0*fi1^5-15.0*fi1^4+10.0*fi1^3)*(sl-si)*seff*(dx(prp鹴e)+dy(pre)+dz(pre))) 160 : +int3d(th2)(q*wf1*(6.0*fi1^5-15.0*fi1^4+10.0*fi1^3)*(sl-si)*setaf1*(dx(p鹴pre1)+dy(pre1)+dz(pre1))) 161 : -int3d(th2)(q*wf1*(6.0*fi1^5-15.0*fi1^4+10.0*fi1^3)*(sl-si)*seff*(dx(prp鹴e1)+dy(pre1)+dz(pre1))) 162 : +int3d(th2)(q*wf1*(6.0*fi1^5-15.0*fi1^4+10.0*fi1^3)*pre1*(sl-si)*(dx(sep鹴taf)+dy(setaf)+dz(setaf))) 163 : +int3d(th2)(q*wf1*(6.0*fi1^5-15.0*fi1^4+10.0*fi1^3)*(sl-si)*setaf*(dx(pp鹴re1)+dy(pre1)+dz(pre1))) 164 : -int3d(th2)(q*wf1*(6.0*fi1^5-15.0*fi1^4+10.0*fi1^3)*(sl-si)*setaf1*(dx(p鹴pre1)+dy(pre1)+dz(pre1))) 165 : +int3d(th2)(q*(30.0*fi1^4-60.0*fi1^3+30.0*fi1^2)*wf1*fi*(pre1*(sl-si)*(p鹴dx(setaf1)+dy(setaf1)+dz(setaf1)))) 166 : -int3d(th2)(q*(30.0*fi1^4-60.0*fi1^3+30.0*fi1^2)*wf1*fi1*(pre1*(sl-si)*p鹴(dx(setaf1)+dy(setaf1)+dz(setaf1)))) 167 : +int3d(th2)(q*(30.0*fi1^4-60.0*fi1^3+30.0*fi1^2)*wf1*fi*(setaf1*(sl-si)p鹴*(dx(pre1)+dy(pre1)+dz(pre1)))) 168 : -int3d(th2)(q*(30.0*fi1^4-60.0*fi1^3+30.0*fi1^2)*wf1*fi1*(seff*(sl-si)*p鹴(dx(pre1)+dy(pre1)+dz(pre1)))) 169 : -int3d(th2)(a*a*nf*((6.0*fi1^5-15.0*fi1^4+10.0*fi1^3)*rawl+(1-(6.0*fi1^p鹴5-15.0*fi1^4+10.0*fi1^3))*rawi)*wf1*(dx(q)+dy(q)+dz(q))) 170 : +on(rup,rmid,rdown,setaf=263.15,fi=0.0)+on(rup,rmid,rdown,pre=0.0); Thep鹴 Identifier q does not exist Error line number 170, in file E:\CUGB\FREEZING\文献综述-meta-analysis\tpm+相场模型\亲水性溶质\模型实现\model verificatp鹴ion in a unified\nonlinear\nonlinear\试验文章\test+p.txt, before token ; current line = 170 Compile error : line number :170, ; error Compile error : line number :170, ; code = 1 mpirank: 0 try getConsole E:\CUGB\FREEZING\文献综述-meta-analysis\tpm+相场模型\亲水性溶质\模型实现\model verification in a unifiedp鹴\nonlinear\nonlinear\试验文章\test+p.txt