Mortandad V02 Small Mesh with 15m spacing Project pages and images: https://meshing.lanl.gov/proj/SEISMIC_Mortandad/index.html Title: LaGriT to Exodus number of dimension: 3 number of nodes: 1519949 number of elements: 1480000 number of element blocks: 14 number of side sets: 6 Exodus FACESETS imported from files. done reading outb_1_bottom.faceset total values 10000 done reading outb_2_top.faceset total values 10000 done reading outb_3E.faceset total values 14800 done reading outb_4N.faceset total values 14800 done reading outb_5W.faceset total values 14800 done reading outb_6S.faceset total values 14800 number of nodes = 1519949 number of cells = 1480000 Cells stacked vertical: 149 Cells per layer: 10000 Nodes per layer: 10201 Cell size = 15m x15m Mesh extents (min max length): meters xic 4.972000000E+05 4.987000000E+05 1.500000000E+03 yic 5.384000000E+05 5.399000000E+05 1.500000000E+03 zic 5.000000000E+02 2.175153055E+03 1.675153055E+03 feet xic 1.631233596E+06 1.636154856E+06 4.921259843E+03 yic 1.766404199E+06 1.771325459E+06 4.921259843E+03 zic 1.640419948E+03 7.136328922E+03 5.495908975E+03 WC15c Geologic Horizons for base mesh: Topo_smort_surf.inp - truncating ground surface 7 28_Qbof_surf.inp - Qct/Qbt1/Qbt2/Qbt3/Qbt4 6 26_Tpf3_surf.inp - Qbo 5 10_Tcar_surf.inp - Tjfp2/Tpf/Tvt2/Tb4/Tpf3 4 07_Tb2_surf.inp - Tcar 3 06_Tb2b_surf.inp - Tb2 Basalts 2 08_Ttc_surf.inp - Tcar below Tb2 1 flat_500_surf.inp - Ttc BLK ID NAME WC15c Geologic Framework Model 14 16 Qbt4 Tshirege Unit 4, Bandelier Tuff 13 15 Qbt3 Tshirege Unit 3, Bandelier Tuff 12 14 Qbt2 Tshirege Unit 2, Bandelier Tuff 11 13 Qbt1 Tshirege Unit 1 10 12 Qct Cerro Toledo Fm. 9 11 Qbo Otowi Members 8 10 Tpf3 Puye on top of Cerros del Rio Basalt, finer grain than the deep Puye 7 9 Tb4 Cerros del Rio Basalts 6 8 Tvt2 Younger Tschicoma Dacites 5 7 Tpf2 Puye below Cerros del Rio Basalt 4 6 Tjfp Miocene pumiceous sediments, Bearhead age 3 5 Tb2 Younger Miocene Basalts 2 4 Tcar Chamita axial river deposits, Santa Fe Group 1 3 Ttc Tesuque Fm (Chama-El Rito Member) (1 Pc and 2 Pal are deep and not present in this mesh) Mesh cell volumes: total volume = 0.3656100E+10 min volume = 7.0426002E+02 max volume = 3.2758771E+03 cell volumes b/w 0.7043E+03 and 0.9577E+03: 7430 cell volumes b/w 0.9577E+03 and 0.1302E+04: 11719 cell volumes b/w 0.1302E+04 and 0.1771E+04: 224758 cell volumes b/w 0.1771E+04 and 0.2409E+04: 444411 cell volumes b/w 0.2409E+04 and 0.3276E+04: 791682 Mesh Materials Exodus blocks 1-14 = material id 3-16 Material Num_Cells Material Volume Fractional Volume 16 814 0.2097261E+07 0.000573633 15 2976 0.7334630E+07 0.002006132 14 8888 0.2029573E+08 0.005551189 13 64470 0.1234447E+09 0.033763984 12 12852 0.2101895E+08 0.005749001 11 99796 0.2396863E+09 0.065557834 10 16149 0.3928962E+08 0.010746307 9 52679 0.1242985E+09 0.033997512 8 9807 0.2578228E+08 0.007051844 7 64123 0.1552850E+09 0.042472800 6 47446 0.1150632E+09 0.031471523 5 230000 0.5346852E+09 0.146244523 4 350000 0.6414049E+09 0.175433970 3 520000 0.1606418E+10 0.439379748 16 min volume = 2.3743292E+03 max volume = 2.9644684E+03 15 min volume = 1.9484171E+03 max volume = 2.9644684E+03 14 min volume = 1.5236920E+03 max volume = 2.9644684E+03 13 min volume = 7.0426002E+02 max volume = 2.9644710E+03 12 min volume = 7.3520146E+02 max volume = 2.9644684E+03 11 min volume = 1.6528764E+03 max volume = 3.0133291E+03 10 min volume = 2.1748849E+03 max volume = 2.9042115E+03 9 min volume = 2.1748808E+03 max volume = 2.9042115E+03 8 min volume = 2.3534726E+03 max volume = 2.9809903E+03 7 min volume = 2.1748808E+03 max volume = 2.9042115E+03 6 min volume = 2.1748808E+03 max volume = 2.9042126E+03 5 min volume = 9.4129867E+02 max volume = 3.1123383E+03 4 min volume = 1.2910320E+03 max volume = 3.0445187E+03 3 min volume = 2.8899273E+03 max volume = 3.2758771E+03