ABAQUS Updates 2021

1:02 

Abaqus/CAE 2021 

1:15 

Abaqus/CAE – 3DEXPERIENCE Connection (Power’By) 

3:50 

Keyword support: GAP CONDUCTION/ RADIATION/ CONVECTION 

4:37 

Analytical Field for Ply Thickness 

5:05 

Material Column in Section Manager 

5:45 

Contact Property Assignments by Materials 

6:13 

Surface Property Assignments Support (/Standard) 

6:26 

Surface Property Assignments Support (/Explicit) 

6:42 

Small Sliding for General Contact 

6:56 

Support INTERSECTION ONLY for *SUBMODEL 

7:25 

ODB Reducer/Builder Plugin 

9:11 

Improved Shear Flow Visualization 

9:40 

Rendering of Composite Solid Prism Elements 

10:03 

SolidWorks Associative Interface Improvements 

10:42 

Miscellaneous 

11:08 

Linear Functionalities in Abaqus 2021 

11:23 

Linear Analysis: Current state and recent enhancement 

11:32 

Linear functionality in Abaqus – overview – Linear analysis procedures 

13:26 

Results output performance and scaling 

16:31 

Removing node limit for execution on a single computer node 

17:21 

Matrix modeling abstraction (Current state and recent enhancements)

21:27 

Interface nodes of matrix subassemblies 

22:12 

Nastran and Ansys translators – Current state and recent enhancements 

22:21 

Enhancements for translating Nastran data to Abaqus files 

23:14 

Abaqus-Nastran interoperability for substructures overview 

23:46 

From Ansys translator enhancements 

25:09 

Nonlinear Functionalities in Abaqus 2021 

25:22 

Element technology 

25:50 

Composite Solids Enhancement 

25:55 

Composite Prism Elements 

26:35 

Example- Laminated strip under three-point bending 

26:49 

Layer thickness distribution for composite solid elements 

27:20 

Orientation definition for Continuum Solid Shell element (CSS8) 

28:35 

Beam General Section Enhancements 

28:40 

New MATERIAL parameter for *BEAM GENERAL SECTION 

30:11 

New Open Thin-Walled Cross-Section Types 

31:20 

Meshed Composite Cross Section – In collaboration with Simpack team 

31:28 

Meshed Composite Cross Section 

32:50 

Material enhancements 

 

33:11 

LaRC05 damage criterion 

33:18 

LaRC05 damage initiation criterion 

34:19 

Hosford-Coulomb (HC) damage initiation criterion 

36:20 

Improve VCCT Accuracy and Robustness 

36:34 

Improve VCCT Accuracy and Robustness - Overview 

36:48 

Damage based tolerance for fatigue crack growth 

37:37 

Improvements to algorithm for handling unstable crack growth