Benchmarks

Axial-torsional buckling, single-flange, double-symmetry (+)
Axial-torsional buckling, double-flange, double-symmetry (I)
Axial-torsional buckling, single-flange, single-symmetry (T)
Axial-torsional buckling, single-flange (L)

0021 angle elastic, .

References

1-029: Large rotations

Using a steel W4x13 section.

1001 - Finite Rotations

1001 - Finite Rotations

This problem highlights the exceptional accuracy of the ExactFrame formulation for simulating large deformations

1002 - Cantilever with transverse loading (Postbuckling)

1002 - Cantilever with transverse loading (Postbuckling)

In this case the cantilever beam is subjected only to a transverse force of $\boldsymbol{F} = 10 \, \mathbf{E}_2$ in a single step.

1021 - Follower loading

Frame • Loads • Tcl

1021 - Follower loading

This example demonstrates the simulation of follower loading applied to frame elements.

2D Linear and Nonlinear Truss Examples by Popov

References Popov, E. “Engineering Mechanics of Solids”, Prentice Hall, 1990. Linear: Example 2.14 NonLinear: Example 2.23

3-DOF eigenvalues

checking eigen results of smallest and largest values

3D Plasticity

Test of J2 plasticity using a mixed brick element.

Bolted connection

http://130.149.89.49:2080/v2016/books/exa/default.htm?startat=ch01s01.html

Concrete

Concrete

This example demonstrates how to construct and test the ASDConcrete3D material model under cyclic uniaxial compression. The simulation captures strain localization and damage evolution using an automatically regularized fracture energy.

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