High Lift Prediction Workshop 3 (HiLiftPW-3)
PID: 020 (AUBURN UNIVERSITY)

Case1a: NASA HL-CRM Fully Gapped Configuration
GRIDS: CGNS

COARSE: CGNS GRID (filename =  020_HLCRM_fully_gapped_coarse_multi_elements_auburn_pointwise.cgns)
	CAE Entity		Count
	no of nodes		13,758,812

	HexElements		9,579,038
	PrismElements		1,706,194
	PyramidElements		2,657,235
	QuadElements		420,777
	TetElements		13,354,087
	TriElements		120,344
	Total			27,837,675
	Unstructured 3D Zones	1

MEDIUM: CGNS GRID (filename = 020_HLCRM_fully_gapped_medium_multi_elements_auburn_pointwise.cgns)
	CAE Entity		Count
	no of nodes		42,422,679

	HexElements		32,293,629
	PrismElements		5,304,366
	PyramidElements		5,698,791
	QuadElements		918,895
	TetElements		30,733,420
	TriElements		212,722
	Total			75,161,823
	Unstructured 3D Zones	1

FINE: CGNS GRID (filename = 020_HLCRM_fully_gapped_fine_multi_elements_auburn_pointwise.cgns)
	CAE Entity		Count
	no of nodes		117,586,322

	HexElements		96,656,886
	PrismElements		9,201,914
	PyramidElements		10,380,628
	QuadElements		1,734,378
	TetElements		72,395,548
	TriElements		243,642
	Total			190,612,996
	Unstructured 3D Zones	1

Additional info:

Check filename.mapbc for boundary condition for each surface ID.
The grids are generated using Pointwise.
The Pointwise restart files are included with the CGNS grids (filename.pw).

Contact:

D. stephen Nichols
stephen.nichols@auburn.edu

Nirajan Adhikari
nirajan@auburn.edu