11th ERCOFTAC/IAHR/Cost Workshop: 3D Hill

Submission guidelines

1. Cf at x/h=3.69. Note that u_tau is computed from the TOTAL velocity (U^2+W^2)^0.5.
   
   Column 1: z/h
   Column 2: Cf
   
   
2. Cp at z/h=0
   
   Column 1: x/h
   Column 2: Cp
   
   
3. U and V-fields (scaled by the inlet centerline velocity U_c,in) at z/h=0. x and y should be scaled by h
   
   write(16,*) ni, nj !i is streamwise and j is wall-normal
   do j=1,nj
   do i=1,ni
         write(16,*)x(i,j),y(i,j),u(i,j),v(i,j)
   end do
   end do
   
   
4. U, W-fields (scaled by U_c,in) at y=0 (the first off-wall grid plane). x and z should be scaled by h
   
   write(16,*) ni, nk !k is spanwise
   do k=1,nk
   do i=1,ni
         write(16,*)x(i,k),z(i,k),u(i,k),w(i,k)
   end do
   end do
   
   
5. U, V, W-fields (scaled by U_c,in) at y+=8 to compare with Simpson's LDA plot (optional). x and z should be scaled by h
   
   write(16,*) ni, nk
   do k=1,nk
   do i=1,ni
         write(16,*)x(i,k),z(i,k),u(i,k),v(i,k),w(i,k)
   end do
   end do
   
   
6. V, W-fields (scaled by U_c,in) at at x/h=1, 2, 3 and 3.69. x and z should be scaled by h
   One file for each plane.
   
   write(16,*) nj, nk
   do k=1,nk
   do j=1,nj
         write(16,*)y(j,k),z(j,k),v(j,k),w(j,k)
   end do
   end do
   
   
7. U, V, W and k-profiles (scaled by U_c,in) along vertical lines of the experimental locations 7 (z=0), 10 (z/h=-0.33), 13 (z/h=-0.81), 16 (z/h=-1.30), 19 (z/h=-1.79) at x=3.69h. y should be scaled by h
   One file for each vertical line.
   
   do j=1,nj
         write(16,*)y(j),u(j),v(j),w(j),k(j)
   end do