ShellForcesLocalSolve(Model, ListString, String, ListListListDouble, ListListListDouble, ListListListDouble, ListListListDouble, ListListListDouble, ListListListDouble, ListListListDouble, ListListListDouble, ListListListInt32) Method

Retrieve section forces of the shell patches defined via element identifiers for a given load-case.

Definition

Namespace: Karamba.Results
Assembly: KarambaCommon (in KarambaCommon.dll) Version: 3.0.8.0+eb23a7103f0eca0b6d808121e15fec6899194e15
C#
public static void Solve(
	Model model,
	List<string> elemIds,
	string lCSelection,
	out List<List<List<double>>> nxx,
	out List<List<List<double>>> nyy,
	out List<List<List<double>>> nxy,
	out List<List<List<double>>> mxx,
	out List<List<List<double>>> myy,
	out List<List<List<double>>> mxy,
	out List<List<List<double>>> vx,
	out List<List<List<double>>> vy,
	out List<List<List<int>>> lcInds
)

Parameters

model  Model
Model with calculated displacements.
elemIds  ListString
List of identifiers of shells for which to retrieve section forces. If no identifiers are given all shells are included.
lCSelection  String
Selection for which to retrieve results.
nxx  ListListListDouble
Distributed normal force on x=const in x-direction.
nyy  ListListListDouble
Distributed normal force on y=const in y-direction.
nxy  ListListListDouble
Distributed normal force on x=const in y-direction.
mxx  ListListListDouble
Distributed bending moment on x=const producing stresses in x-direction.
myy  ListListListDouble
Distributed bending moment on y=const producing stresses in y-direction.
mxy  ListListListDouble
Distributed bending moment on x=const producing shear stresses in y-direction and vice versa.
vx  ListListListDouble
Transverse shear in section local x=xonst.
vy  ListListListDouble
Transverse shear in section local y=xonst.
lcInds  ListListListInt32
load case indexes of the results.

See Also