Supported element types
This section lists supported Abaqus element types. In order to use element types of other FE-programs than Abaqus, the foreign element type can be replaced by an Abaqus element type, if both element types have the same node ordering, shape function, integration points, and formulation (plane stress/plane strain/etc.).
Directly supported element types
This element types can be used by methods defined in conforce.cf_c
.
C3D20: 3D element with 20 nodes and 27 integration points
C3D20R: 3D element with 20 nodes and 8 integration points
CPE8: 2D element with 8 nodes and 9 integration points
CPE8R: 2D element with 8 nodes and 4 integration points
C3D8: 3D element with 8 nodes and 8 integration points
C3D8R: 3D element with 8 nodes and 1 integration points
CPE4: 2D element with 4 nodes and 4 integration points
CPE4R: 2D element with 4 nodes and 1 integration points
C3D10: 3D element with 10 nodes and 4 integration points
C3D4: 3D element with 4 nodes and 1 integration points
C3D15: 3D element with 15 nodes and 9 integration points
CPE6: 2D element with 6 nodes and 3 integration points
C3D6: 3D element with 6 nodes and 2 integration points
CPE3: 2D element with 3 nodes and 1 integration points
Indirectly supported element types
These (Abaqus) element types can be replaced by the directly supported element types on the right. This may involve some simplifications and approximations. For example, the out-of-plane strain of plane stress elements is neglected.
See also
CPE3H -> CPE3
CPE4H -> CPE4
CPE4I -> CPE4
CPE4IH -> CPE4
CPE4RH -> CPE4R
CPE6H -> CPE6
CPE8H -> CPE8
CPE8RH -> CPE8R
CPS3 -> CPE3
CPS4 -> CPE4
CPS4I -> CPE4
CPS4R -> CPE4R
CPS6 -> CPE6
CPS8 -> CPE8
CPS8R -> CPE8R
C3D4H -> C3D4
C3D6H -> C3D6
C3D8H -> C3D8
C3D8I -> C3D8
C3D8IH -> C3D8
C3D8RH -> C3D8R
C3D10H -> C3D10
C3D15H -> C3D15
C3D20H -> C3D20
C3D20RH -> C3D20R