model
Model
Class representing an FEA model. |
Parts
Deformable part.Base class for Parts. |
|
Rigid part.Base class for Parts. |
Nodes
Class representing a Node object. |
Elements
Initialises a base Element object. |
|
A 0D element for concentrated point mass. |
|
A 1D element that resists axial, shear, bending and torsion. |
|
A 0D spring element. |
|
A 1D element that resists axial loads. |
|
A truss element that resists axial compressive loads. |
|
A truss element that resists axial tensile loads. |
|
A 2D element that resists axial, shear, bending and torsion. |
|
A shell element that resists only axial loads. |
|
A 3D element that resists axial, shear, bending and torsion. |
|
A Solid element with 4 faces. |
|
A Solid cuboid element with 6 faces (extruded rectangle). |
Releases
Assign a general end release to a compas_fea2.model.BeamElement. |
|
Assign a pin end release to a compas_fea2.model.BeamElement. |
|
Assign a slider end release to a compas_fea2.model.BeamElement. |
Constraints
Base class for constraints. |
|
A MultiPointContrstaint (MPC) links a node (master) to other nodes (slaves) in the model. |
|
Tie MPC that constraints axial translations. |
|
Beam MPC that constraints axial translations and rotations. |
|
Tie constraint between two surfaces. |
Materials
Basic Material |
|
User Defined Material. |
|
Elastic, very stiff and massless material. |
|
Elastic, isotropic and homogeneous material |
|
Elastic, orthotropic and homogeneous material |
|
Elastic and plastic, isotropic and homogeneous material. |
|
Elastic and plastic-cracking Eurocode based concrete material |
|
Elastic and plastic, cracking concrete material. |
|
Damaged plasticity isotropic and homogeneous material.Basic Material |
|
Bi-linear steel with given yield stress.Basic Material |
|
Base class for Timber material |
Sections
Base class for sections. |
|
Custom section for beam elements. |
|
Section for use with spring elements. |
|
Uniform thickness angle cross-section for beam elements. |
|
Hollow rectangular box cross-section for beam elements. |
|
Solid circular cross-section for beam elements. |
|
Hexagonal hollow section. |
|
Equal flanged I-section for beam elements. |
|
Hollow circular cross-section for beam elements. |
|
Solid rectangular cross-section for beam elements. |
|
Section for shell elements. |
|
Section for membrane elements. |
|
Section for solid elements. |
|
Solid trapezoidal cross-section for beam elements. |
|
For use with truss elements. |
|
For use with strut elements. |
|
For use with tie elements. |
|
Section for point mass elements. |
Boundary Conditions
Base class for all zero-valued boundary conditions. |
|
Costumized boundary condition. |
|
A fixed nodal displacement boundary condition. |
|
A pinned nodal displacement boundary condition. |
|
A pinned nodal displacement boundary condition clamped in XX. |
|
A pinned nodal displacement boundary condition clamped in YY. |
|
A pinned nodal displacement boundary condition clamped in ZZ. |
|
A pinned nodal displacement boundary condition released in X. |
|
A pinned nodal displacement boundary condition released in Y. |
|
A pinned nodal displacement boundary condition released in Z. |
|
A pinned nodal displacement boundary condition released in X and Y. |
|
A pinned nodal displacement boundary condition released in Y and Z. |
|
A pinned nodal displacement boundary condition released in X and Z. |
Initial Conditions
Base class for all predefined initial conditions. |
|
Temperature field. |
|
Stress field. |
Groups
Base class for all groups. |
|
Base class nodes groups. |
|
Base class for elements groups. |
|
Base class elements faces groups. |
|
Base class for parts groups. |