F_C0(F,t)face_t F,线程*t cell_t c用于单元格C0 F_C1(F,t)face_t F,线程*t cell_t c用于单元格C1 有关利用F_C0的示例UDF,请参阅DEFINE_UDS_FLUX(第233页)。
DEFINE_ADJUST(absorb_n2, domain) {real vol_n2;Thread *t, *t0;face_t f;cell_t c;domain = Get_Domain(1);t = Lookup_Thread(domain, 7);begin_f_loop(f, t) {c = F_C0(f, t);t0 = THREAD_T0(t);C_YI(c, t0, 0) = C_YI(c, t0, 0) - 0.6;vol_n2 = C_YI(c, t0, 0...
21、3中列出名称(参数)参数类型返回值F_C0(f,t)facetf,Thread*tF_C0_THREAD(f,t)facetf,Thread*tF_C1(f,t)facetf,Thread*tF_C1_THREAD(f,t)facetf,Thread*t5.4几何宏这节包含的宏是为了在FLUENT中重新得到几何变量。这些表面宏的定义可以在相关的(.h)文件中找到。(如mem.h等)5.4.1节点和面的数量在...
F_C0_THREAD is obsolete. In recent versions of Fluent it has been replaced by THREAD_T0.
cell_t c0,c1; face_t f; Thread *tc0,*tc1; real u; begin_f_loop(f,thread) { c0=F_C0(f,thread); tc0=THREAD_T0(thread); c1=F_C1(f,thread); tc1=THREAD_T1(thread); if (c1=F_C1(f,thread)) { c1=F_C1(f,thread); tc1=THREAD_T1(thread); u=C_DUDZ(c1,tc1); } el...
//side0的cell由F_C0(f,tf)求出,cell的Thread由THREAD_T0(tf)求出 Message("C0:x=%g,y=%g\n",x[0],x[1]); T=C_T(F_C1(f,tf),THREAD_T1(tf));//取side1的cell的温度 Message("C1T:%g\n",T); f_node_loop(f,tf,n) { v=F_NODE(f,tf,n); //Message("f=%d,n=%d,NODE...
F_UDMI(f,t,i)是不能显示的,如果你要看面上的值,你需要把它放在C_UDMI中。c0 = F_C0(f,f_thread);//取边界cell0 t0 = F_C0_THREAD(f,f_thread); //取边界thread0 C_UDMI(c0,t0,0)=F_UDMI(f,f_thread,0);
Fluent-UDF宏大全
Message("\nf=%d\n",f); F_CENTROID(x,f,tf);//face的Thread是tf,取face的质心 Message("F:x=%g,y=%g\n",x[0],x[1]); INTERIOR_FACE_GEOMETRY(f,tf,A,ds,es,A_by_es,dr0,dr1); Side0_cell=F_C0(f,tf);//取得0side的cell Side1_cell=F_C1(f,tf);//取得1side的cell Side0_...
C0-仿真内容说明 4分44秒第9讲 184IFLUENT-C1-仿真基本设置解说 8分47秒第10讲 184IFLUENT-C2-数据监测设置及基本结果 8分20秒第11讲 184IFLUENT-C3-仿真相关说明 4分38秒第四章考虑土壤多孔介质的建模及网格划分(接“184ICEM-AB2-创建外场矩形空间”节)第12讲 184ICEM-B3-创建土壤层、泄漏口并标定边界...