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BHoM Lusas Object Relations

Peter Nugent edited this page Nov 28, 2018 · 19 revisions

The following outlines what BHoM type that corresponds to each of the Lusas types supported

Elements

BHoM type Lusas type Notes Implementation
Bar Line Default is a ThickBeam
  • Create
  • Read
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Node Point
  • Create
  • Read
  • Update
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MeshFace NotSupported
  • Create
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FeMesh NotSupported
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RigidLink NotImplemented
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PanelPlanar Surface
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Properties

BHoM type Lusas type Notes Implementation
Material Isotropic Material See material type for more details
  • Create
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ISectionProperty Geomtric Line
  • Create
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IProperty2D Geometric Surface
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LinkConstraint NotImplemented
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Material type

When a material is pushed to Lusas, a generic Isotropic Material will be created irrespective of the type provided. When the material object is pulled from Lusas, the type will default to Steel.

Section Properties

Steel Sections

BHoM Type Lusas Type Notes Implementation
RectangleProfile Rectanglular Sections - Solid
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BoxProfile Rectangular Sections - Hollow Equal Thickness
  • Create
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FabricatedBoxProfile Rectangular Sections - Hollow Unequal Thickness 1. Lusas does not support different flange thicknesses. When pushing the top flange thickness is used as the flange thickness.
2. Lusas does not support a weld size, assumed to be the inner radius.
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CircleProfile Circular Sections - Solid
  • Create
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TubeProfile Circular Sections - Hollow
  • Create
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  • Delete
IProfile I Sections - Equal Flanges
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TProfile TSection
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FabricatedIProfile I Sections - Unequal Flanges Lusas does not support a weld size, assumed to be the root radius.
  • Create
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AngleProfile L Sections - Single
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ChannelProfile C Sections - Unlipped 1. Channel section implemented through section by profile
2.Toe radius not supported by Lusas
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ZProfile Z Sections - Unlipped 1. Unequal flange thickness is not supported by Lusas, the flange thickness is used as the thickness when pushed.
2. Toe radius is not supported by Lusas.
  • Create
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GeneralisedFabricatedBoxProfile NotSupported
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FreeformProfile NotImplemented
  • Create
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KiteProfile NotSupported
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Concrete Sections

BHoM Type Lusas Type Notes Implementation
CircularProfile NotImplemented
  • Create
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FreeFormProfile NotImplemented
  • Create
  • Read
  • Update
  • Delete
RectangleProfile NotImplemented
  • Create
  • Read
  • Update
  • Delete
SectionFromProfile NotImplemented
  • Create
  • Read
  • Update
  • Delete
TProfile NotImplemented
  • Create
  • Read
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  • Delete

Loading

BHoM Type Lusas Type Notes Implementation
Loadcase Load case
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LoadCombinations Load Combination
  • Create
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GravityLoad Body Force
  • Create
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PointForce Concentrated Load
  • Create
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PointDisplacement Prescribed Displacement This can be applied to lines and surfaces in Lusas, if pulled this will return an error
  • Create
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PointAcceleration Not Implemented
  • Create
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PointVelocity Not Implemented
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BarUniformlyDistributedLoad Global Distributed - Per unit Length If the LoadAxis is Local, then Local Distributed - Line is used
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BarVaryingDistributedLoad Internal Beam Distributed Will create one load per each non-zero component in the Force Vector and the same for the Moment vector
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BarPointLoad Internal Beam Point
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BarPrestressLoad NotImplemented
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BarTemperatureLoad Temperature Only uniform temperature supported
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AreaUniformalyDistributedLoad Global Distributed - per unit area If the LoadAxis is local, then Local Distributed - Area is used
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AreaTemperatureLoad Temperature Only uniform temperature supported
  • Create
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Results

BHoM Type Lusas Type Default Axis Notes Implementation
NodeReaction NotImplemented Global
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NodeDisplacement NotImplemented Global
  • Create
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BarForce NotImplemented Local
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  • Update
  • Delete
BarDeformation NotImplemented Local
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BarStress NotImplemented Local
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  • Delete
BarStrain NotImplemented Local
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  • Delete
MeshResults NotImplemented -
  • Create
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GlobalReactions NotImplemented Global
  • Create
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ModalDynamics NotImplemented -
  • Create
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  • Delete
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