Bar Output (BarOutput) Extract the output of the Bar goal | |

Beam Output (BeamOutput) Extract the output of the Beam goal | |

Buckling Analysis (Buckling) Calculate the buckling load factor from a nonlinear load-displacement analysis | |

Displacements (Displ) Calculate the nodal displacements | |

Load Output (LoadOutput) Extract the output of the Load goal | |

Pressure Output (PressureOutput) Extract the output of the pressure goal | |

Rod Output (RodOutput) Extract the output of the Rod goal | |

Shear Calculate the shear values per line segment as the difference in moments at the endpoints [kN] | |

Support6DOFOutput Extract the output of the 6 DOF Support goal | |

Support Output (SupportOutput) Extract the output of the Support goal |

Bar Length (BLength) Calculate the length of bars coming into a node | |

Bar Selfweight (BSelfweight) Calculate the selfweight of bar elements | |

Load A K2 nodal load goal | |

Mesh Selfweight (MSelfweight) Calculate the selfweight of a mesh | |

Mesh Snow Load (MSnow) Calculate the snow load on a mesh | |

Mesh Vertex Area (MVArea) Calculate the voronoi area associated with each vertex of a mesh | |

Mesh Wind Load (MWind) Calculate wind load on a mesh | |

Pressure A pressure load goal following the principle of the Ideal Gas Law and with forces perpendicular to the mesh faces |

Axial Visualisation (AxialDisplay) Visualise the axial forces with colour and line weight (blue=tension, green=neutral, red=compression) | |

Bending Visualisation (BendingDisplay) Visualise the bending stress with colour (blue=low, green=medium, red=high) | |

Bending Visualisation6DOF (BendingDisplay) Visualise the 6 DOF beam forces/moments | |

Displacement Visualisation (DisplVis) Visualise the nodal displacements by colouring the connected bars | |

Load Visualisation (LoadDisplay) Visualise the load on the deformed structure | |

Shear Visualisation (ShearDisplay) Visualise the shear forces with colour (blue=low, green=medium, red=high) |

Beam Orientation (BeamOrientation) Compute the start and end plane orientation of a beam element | |

Circular CS (Circle) Calculate the cross section properties of a circular shape | |

Materials (Mat) List of predefined material properties (use as guidance only) | |

Pretension (PT) Calculate pretension distribution in a cablenet | |

Rectangular CS (Rectangle) Calculate the cross section properties of a rectangular shape | |

Transform Moment (TransformMoment) Transform a moment from one horizontal plane (XY) to another |

Bar A goal that represents a bar element with axial stiffness only. It outputs the extended/shortened line geometry, the axial force and stress value (- compression, + tension) | |

Beam A goal that represents a beam element with biaxial bending and torsion behaviour. WORK IN PROGRESS | |

Cable A K2 cable element with pre-tension option | |

Rod A goal that represents an elastic rod with bending stiffness only. It outputs the bending plane, bending moment [kNm] and the bending stress [MPa] |

Support A support with output of reaction force in kN | |

Support6DOF A 6 DOF support (global coordinate system) with output of reaction force in [kN] and reaction moment in [kNm] |

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