| Section 5.1 | Defining a local coordinate system for materials in Eulerian elements |
| Section 5.3 | SIMULIA Co-Simulation Engine API availability |
| Section 5.4 | Enhancement to adaptive mesh refinement |
| Section 5.6 | Parallel enhancement for DEM analysis |
| Section 5.7 | Enhancements to CZone for Abaqus for composite crush simulation |
| Section 5.8 | Vehicle ride comfort and durability co-simulation |
| Section 5.9 | Logical-Physical co-simulation using Abaqus and Dymola |
| Section 5.10 | Enhancements to the SIMULIA Co-Simulation Engine |
| Section 5.11 | Enhancements for co-simulation |
| Section 5.12 | MpCCI connector to the SIMULIA Co-Simulation Engine |
| Section 6.1 | Enhancements to parallel rheological framework |
| Section 6.2 | Eulerian elements with anisotropic materials |
| Section 8.1 | Initial conditions on damage initiation |
| Section 9.1 | New attachment method for mesh-independent fasteners |
| Section 9.2 | Enhanced domain decomposition of thermal ties |
| Section 10.2 | Improved contact at complex intersections in Abaqus/Explicit |
| Section 11.3 | User control of domain decomposition |
| Section 11.4 | Job execution control enhancements |
| Section 11.5 | SIM database utilities |
| Section 12.1 | Writing results from an Abaqus analysis to a SIM database |
| Section 12.5 | Magnitude output of vector nodal variables |
| Section 12.6 | Equivalent plastic strain rate |
| Section 12.7 | Principal stresses with bounding values for output field filtering |
| Section 13.1 | VEXTERNALDB: User subroutine that gives control to the user at key moments of the analysis |
| Section 13.2 | VUCHARLENGTH: User subroutine to define the characteristic element length at a material point |
| Section 13.3 | Enhancements to user subroutine UMAT |
| Section 13.4 | Allocatable arrays |
| Section 13.5 | Parallel user subroutines |