[This is preliminary documentation and is subject to change.]
Defines a rigid cross that defines the structural behavior of the point where two StructuralCurveMember are being crossed. A rigid cross is often used for bracing of the structure.
A virtual connection of two nodes from StructuralPointConnection or directly defined nodes, (StructuralSurfaceMember or StructuralCurveMember for internal nodes on 1D and 2D members, where structural behavior could be set. Master and slave node have to be defined. The rigid links are used for the connection, where you want to simulate infinite rigidity or user defined properties.
A rigid connection between two entities. Rigid Member allows creation of connections between nodes (StructuralPointConnection), 1D members (StructuralCurveMember), edges of 2D members (StructuralSurfaceMember) and internal edges (StructuralCurveEdge). The connection could be infinitely rigid or with user defined properties. Maximum of two entities can be connected with one RelConnectsRigidMember.
Defines a hinge on a 1D member (e.g. StructuralCurveMember)
Defines a hinge on a StructuralSurfaceMember
Defines a line support on a 1D member (StructuralCurveMember) or on a rib (StructuralCurveMemberRib). The support can be defined along the entire length of an edge or on its part only. The support is defined by six independent parameters: Each parameter defines the constraint in one direction: translation in X, Y, Z axis and rotation around the same axes.
Defines a general 1D member
Defines a rib on a 2D member
Represents the arbitrary definition of a tapered beam
Defines a line support on a 2D member (StructuralSurfaceMember) edge. The support can be defined along the entire length of an edge or on its part only. The support is defined by six independent parameters: Each parameter defines the constraint in one direction: translation in X, Y, Z axis and rotation around the same axes.
Defines a node
Defines a support on a StructuralPointConnection The support is defined by six separate parameters. Each parameter defines the constraint in one direction: translation in the direction of the X, Y, Z axis and rotation around the same axes. A nodal support is oriented in the global co-ordinate system.
Defines a solid object that contains BREP geometry information
Object that represents a storey in a building
Defines a 2D member
Defines an opening in a StructuralSurfaceMember
Defines a region on a StructuralSurfaceMember