Command Manual for OpenSees Thermal

This command manual is specially developed for modelling 'Structures in fire' in OpenSees. The work refers to the PhD projects of Dr. Jian Jiang, Dr. Yaqiang Jiang, Dr. Jian Zhang, Dr. Liming Jiang.

Thermo-mechanical analysis

• Thermo-mechanical Material
Uniaxial materials: Steel01Thermal | Steel02Thermal | SteelECThermal | Concrete02Thermal | ConcreteECThermal | ElasticThermal
nD materials: ElasticIsotropicThermal | J2PlaneStressThermal | CDPPlaneStressThermal
• Thermal-mechanical Section
Beam Section: FiberSecThermal | FiberSectionGJThermal
Shell Section: MembraneShellThermal | LayeredShellThermal
• Thermal-mechanical Element
BeamColumn: DispBeamColumnThermal | ForceBeamColumnThermal
Shell: ShellMITC4Thermal | ShellNLDKGQThermal
• Thermal Action
Beam2DThermalAction | Beam3dThermalAction | NodalThermalAction | ThermalActionWrapper | Pattern: FireLoadPattern

Heat transfer analysis

• Basci Commands
HeatTransfer | SetInitialT | HTRecorder | HTAnalyze | HTReset
• Model Builder
HTMaterial | HTEntity | HTMesh | HTMeshAll
• Selection Tools
HTNodeSet | HTEleSet
• Boundary Conditions
HTConstants | HTPattern | HTCoupleT | HeatFluxBC
• Fire Action
FireModel

SIFBuilder aided analysis

• Basic Commands
SIFXBuilder | BuildModel | SIFAnalyze
• Geometry Commands
SIFXBay | SIFZBay | SIFStorey
AddMaterial | AddSection | AssignSection | AddSecBeam
• Boundary Conditions and loadings
SetBC | AddLoad | AddFire
• Data Request
SIFRecorder