| Section 2.1 | Performance improvements for batch preprocessing and initialization |
| Section 3.1 | Modeling enhancements for electromagnetic analyses |
| Section 4.3 | Time-harmonic electromagnetic analysis in Abaqus/CAE |
| Section 4.4 | Coupled thermal-electrical-structural analysis in Abaqus/CAE |
| Section 4.5 | Magnetostatic analysis in Abaqus/Standard |
| Section 4.6 | Transient eddy current analysis in Abaqus/Standard |
| Section 5.1 | Substructure generation using the AMS eigensolver |
| Section 5.2 | Matrix functionality enhancements |
| Section 5.3 | Enhancements to the XFEM-based crack propagation capability |
| Section 5.4 | Enhancements to the Virtual Crack Closure Technique (VCCT) |
| Section 6.2 | Material models for electromagnetic problems in Abaqus/CAE |
| Section 6.8 | Parallel network viscoelastic model |
| Section 6.10 | Enhancements to creep models |
| Section 6.11 | Nonlinear magnetic behavior |
| Section 7.1 | Support for electromagnetic elements in Abaqus/CAE |
| Section 7.2 | Unsymmetric storage for linear coupled stiffness and viscous damping for connections in Abaqus/Standard |
| Section 7.3 | Thick-walled pipe elements in Abaqus/Standard |
| Section 7.4 | Defining the anisotropic mass tensor |
| Section 8.1 | Prescribing loads and boundary conditions in an electromagnetic analysis in Abaqus/CAE |
| Section 8.5 | Impedance conditions in modal steady-state dynamic analysis |
| Section 8.6 | Fluid cavity pressure predefined fields and boundary conditions in Abaqus/CAE |
| Section 8.7 | New rotordynamic load |
| Section 8.11 | Base motion boundary conditions and PSD amplitudes in Abaqus/CAE |
| Section 10.2 | Feature edge contact enhancements for general contact in Abaqus/Standard |
| Section 10.3 | Improved robustness of small-sliding, surface-to-surface contact involving gaskets |
| Section 10.4 | Enhancements to general contact definitions in Abaqus/CAE |
| Section 10.5 | Surface smoothing enhancements |
| Section 10.7 | Gap electrical conductance in Abaqus/CAE |
| Section 13.1 | Parallel execution of the element operations |
| Section 13.2 | Parallel execution in the analysis input file processor |
| Section 13.3 | Multiple GPGPUs supported in the direct sparse solver |
| Section 15.4 | Enhancements for defining nonuniform magnetic vector potential and nonuniform current density |
| Section 16.1 | Expanded object coverage for definition of custom kernel data |
| Section 16.2 | Descriptive header in the journal file |