Abaqus/Explicit

Section  2.1

Performance improvements for batch preprocessing and initialization

Section  5.5

Adaptive mesh refinement for an Eulerian mesh

Section  5.6

Smoothed particle hydrodynamics improvements

Section  6.5

Enhancements to Mullins effect in Abaqus/Explicit

Section  6.6

Viscoelasticity for cohesive elements with traction-separation behavior in Abaqus/Explicit

Section  6.7

Rayleigh damping enhancement in Abaqus/Explicit

Section  6.9

Ductile damage initiation criterion enhancements in Abaqus/Explicit

Section  7.4

Defining the anisotropic mass tensor

Section  8.6

Fluid cavity pressure predefined fields and boundary conditions in Abaqus/CAE

Section  9.1

Enhancements to tie constraint deletion due to element erosion

Section  9.2

Improved performance for connector elements

Section  10.4

Enhancements to general contact definitions in Abaqus/CAE

Section  10.5

Surface smoothing enhancements

Section  10.6

Eulerian-Lagrangian thermal contact

Section  13.4

Translating LS-DYNA input files to partial Abaqus input files

Section  14.7

Nodal field output for tie constraints

Section  14.8

Maximum damage initiation output for shells

Section  14.9

Air blast pressure load output

Section  15.1

Enhancements to user subroutines UAMP and VUAMP

Section  15.2

User subroutine to define damage behavior with Mullins effect in Abaqus/Explicit

Section  16.1

Expanded object coverage for definition of custom kernel data

Section  16.2

Descriptive header in the journal file