| Section 3.6 | Co-simulation execution procedure |
| Section 4.6 | Orientation distribution for connector elements |
| Section 4.7 | Adjusting nodal coordinates |
| Section 4.8 | Adjusting or redistributing the mass of an element set |
| Section 4.15 | Composite layer thickness distribution for shell elements |
| Section 5.3 | Improved import and translation of membrane data from Nastran models |
| Section 6.3 | Smoothed particle hydrodynamics |
| Section 6.4 | Change in default element stable time estimation for three-dimensional continuum elements |
| Section 6.17 | Periodic media analysis technique in Abaqus/Explicit |
| Section 6.19 | Synchronizing restart information written in a co-simulation |
| Section 6.22 | Import of pipe elements from Abaqus/Standard to Abaqus/Explicit |
| Section 7.4 | Low-density foam model with Poisson effects |
| Section 8.4 | Eulerian heat transfer element |
| Section 8.5 | Smoothed particle hydrodynamic element |
| Section 9.5 | Specifying the source and target regions for temperature mapping |
| Section 9.6 | Explicit dynamics analysis using Abaqus/Aqua |
| Section 9.9 | Application of fluid cavity pressure on the fluid exchange surface |
| Section 10.2 | Improvement to coupling definition |
| Section 11.3 | Edge-to-edge general contact enhancement |
| Section 13.3 | Output database size reduction |
| Section 13.15 | General contact output enhancements |
| Section 14.2 | Defining wave kinematics via user subroutine VWAVE |
| Section 15.1 | Support for NumPy library for Python in Abaqus |