These meshes were generated with SOLAR at DLR. Grid is in mm. File Types Provided: 1. CGNS type (includes all grid, connectivity, and BC information) .cgns = CGNS file (see www.cgns.org) (file conversion from original DLR files was done by C. Rumsey... c.l.rumsey@nasa.gov) 2. AFLR3 type .b8.ugrid = AFLR3 file (unformatted, big-endian, contains no record marks (ACCESS="STREAM") write(2) nnodesg, ntface, nqface, ntet, npyr, nprz, nhex write(2) (x(i),y(i),z(i),i=1,nnodesg), & ((if2nt(j,i),j=1,3),i=1,ntface), & ((if2nq(j,i),j=1,4),i=1,nqface), & (ifacetag(i),i=1,ntface+nqface), & ((ic2nt(j,i),j=1,4),i=1,ntet), & ((ic2np(j,i),j=1,5),i=1,npyr), & ((ic2nz(j,i),j=1,6),i=1,nprz), & ((ic2nh(j,i),j=1,8),i=1,nhex) (see: http://www.simcenter.msstate.edu/docs/solidmesh/ugridformat.html) nnodesg = number of nodes ntface = number of boundary triangles nqface = number of boundary quads ntet = number of volume TETRA_4 elements npyr = number of volume PYRA_5 elements nprz = number of volume PENTA_6 elements nhex = number of volume HEXA_8 elements x,y,z = grid coordinates if2nt = face-to-node pointers for boundary triangles if2nq = face-to-node pointers for boundary quads ifacetag = surface ID number for each boundary face (1, 2,... , number of BCs) ic2nt = cell-to-node pointers for TETRA_4 elements ic2np = cell-to-node pointers for PYRA_5 elements ic2nz = cell-to-node pointers for PENTA_6 elements ic2nh = cell-to-node pointers for HEXA_8 elements .mapbc = BC file describing the boundary condition for each surface ID (in this file we are using: 6662=y-symmetry, 5000=farfield, 4000=body) (file conversion by C. Rumsey) Note: large files have been gzipped no_of_elements = 165246813 ; no_of_tetraeders = 108430774 ; points_per_tetraeder = 4 ; no_of_prisms = 194688 ; points_per_prism = 6 ; no_of_pyramids = 1769575 ; points_per_pyramid = 5 ; no_of_hexaeders = 54851776 ; points_per_hexaeder = 8 ; no_of_surfacetriangles = 541908 ; points_per_surfacetriangle = 3 ; no_of_surfacequadrilaterals = 1835401 ; points_per_surfacequadrilateral = 4 ; no_of_surfaceelements = 2377309 ; no_of_points = 73421980 ; no_of_blocks_p1 = 2 ; no_of_blocks = 1 ;