| Section 1.1.4 | Indentation of an elastomeric foam specimen with a hemispherical punch |
| Section 1.1.5 | Collapse of a concrete slab |
| Section 1.1.8 | Hydrostatic fluid elements: modeling an airspring |
| Section 1.1.9 | Shell-to-solid submodeling and shell-to-solid coupling of a pipe joint |
| Section 1.1.12 | Indentation of a thick plate |
| Section 1.1.16 | Self-contact in rubber/foam components: jounce bumper |
| Section 1.1.17 | Self-contact in rubber/foam components: rubber gasket |
| Section 1.2.3 | Buckling of a column with spot welds |
| Section 1.3.1 | Upsetting of a cylindrical billet: quasi-static analysis with mesh-to-mesh solution mapping (ABAQUS/Standard) and adaptive meshing (ABAQUS/Explicit) |
| Section 1.3.3 | Stretching of a thin sheet with a hemispherical punch |
| Section 1.3.5 | Extrusion of a cylindrical metal bar with frictional heat generation |
| Section 1.3.6 | Rolling of thick plates |
| Section 1.3.7 | Axisymmetric forming of a circular cup |
| Section 1.3.8 | Cup/trough forming |
| Section 1.3.9 | Forging with sinusoidal dies |
| Section 1.3.10 | Forging with multiple complex dies |
| Section 1.3.11 | Flat rolling: transient and steady-state |
| Section 1.3.12 | Section rolling |
| Section 1.3.13 | Ring rolling |
| Section 1.3.14 | Axisymmetric extrusion: transient and steady-state |
| Section 1.3.15 | Two-step forming simulation |
| Section 1.3.16 | Upsetting of a cylindrical billet: coupled temperature-displacement and adiabatic analysis |
| Section 1.5.1 | Springback of two-dimensional draw bending |
| Section 1.5.2 | Deep drawing of a square box |
| Section 2.1.3 | Rigid projectile impacting eroding plate |
| Section 2.1.4 | Eroding projectile impacting eroding plate |
| Section 2.1.5 | Tennis racket and ball |
| Section 2.1.8 | Explosive pipe closure |
| Section 2.1.9 | Knee bolster impact with general contact |
| Section 2.1.10 | Crimp forming with general contact |
| Section 2.1.11 | Collapse of a stack of blocks with general contact |
| Section 2.1.12 | Cask drop with foam impact limiter |
| Section 2.1.13 | Oblique impact of a copper rod |
| Section 2.1.14 | Water sloshing in a baffled tank |
| Section 2.1.15 | Seismic analysis of a concrete gravity dam |
| Section 2.1.16 | Progressive failure analysis of thin-wall aluminum extrusion under quasi-static and dynamic loads |
| Section 3.1.6 | Import of a steady-state rolling tire |
| Section 3.1.7 | Analysis of a solid disc with Mullins effect |
| Section 3.3.1 | Seat belt analysis of a simplified crash dummy |
| Section 3.3.2 | Side curtain airbag impactor test |
| Section 4.1.2 | Crank mechanism |
| Section 4.1.4 | Flap mechanism |
| Section 4.1.5 | Tail-skid mechanism |
| Section 4.1.6 | Cylinder-cam mechanism |
| Section 4.1.7 | Driveshaft mechanism |
| Section 5.1.1 | Thermal-stress analysis of a disc brake |
| Section 8.1.1 | Fully and sequentially coupled acoustic-structural analysis of a muffler |
| Section 8.1.3 | Response of a submerged cylinder to an underwater explosion shock wave |
| Section 8.1.4 | Convergence studies for shock analyses using shell elements |
| Section 8.1.5 | UNDEX analysis of a detailed submarine model |
| Section 8.1.7 | Long-duration response of a submerged cylinder to an underwater explosion |
| Section 12.1.2 | Joining data from multiple results files and converting file format: FJOIN |