07:52

How Abaqus/standard (implicit) algorithm works

04:37

What are representative volume element (RVE) and unit cell (UC)

09:28

Modeling 3D random RVE of unidirectional composite: Abaqus Plug-in

08:03

Abaqus: embedded region technique, Merge or Voxel approaches

16:15

Metal forming (Bulge test) by ABAQUS standard: beginner tutorial

04:46

Embedded element technique (region constraint) in ABAQUS

03:36

5 tips on mesh size and generating high quality mesh

07:27

RVE of unidirectional composites or circular inclusions by Abaqus Plug-in

06:20

Low density foam model in ABAQUS, Theory and parameters

14:07

Indentation of an elastomeric foam with Hyperfoam model in ABAQUS

06:03

Hyperfoam model in ABAQUS, Theory and Parameters

07:04

Understanding Foam behavior and related material models in Abaqus

05:47

Abaqus Plug-in to apply periodic boundary condition (PBC) to RVE of 3D problems

08:12

Abaqus UMAT for damage of three dimensional (3D) fiber reinforced composites

02:18

Find and import input file (*.inp) from ABAQUS documentation

06:02

Abaqus Plug-in for periodic boundary condition (PBC) of 2D problems RVE

09:41

ABAQUS plug-in for 2D RVE of random fibers discontinuous composite, EngSoft_RandRec_V1

09:11

Abaqus plugin to model elliptical inclusions RVE: EngSoft_RandElli_V1

10:03

Introduction to fracture mechanics: Griffith model, surface energy.

05:40

Embedded element technique in Abaqus: Description

08:01

Stress Triaxiality in damage models of Abaqus

10:27

Plastic UMAT for Abaqus

07:43

UMAT: Jacobian Matrix for elastic and plastic materials

10:46

Computational Plasticity (Algorithm for Mises UMAT)

13:31

Understanding plasticity theory (for Mises UMAT)

10:02

Abaqus Python script files(.py, .rpy) : create, modify, run

08:27

Cohesive Elements in Abaqus: Peeling test

10:04

Decide element type: 3D, 2D, plane strain or stress, axisymmetric, shell, membrane, beam

10:43

Cohesive contact in Abaqus: Peeling test

05:24

Understanding continuum damage mechanics

04:18

Tensile test: Engineering and true stress vs. engineering, true and plastic strain curves

03:44

*.JNL file of Abaqus: Open files of newer versions, Recover corrupted files

02:54

Automatic report generation in Abaqus.

03:51

Defining: anisotropic, monoclinic, orthotropic, and transversely isotropic materials in Abaqus

08:03

Understanding: anisotropic, monoclinic, orthotropic, and transversely isotropic materials

07:28

How to model problems with nonsymmetrical loads as axisymmetric in Abaqus?

08:22

How to create, understand, modify and use inp (input) files of Abaqus?

03:56

How to apply time scaling & mass scaling and set explicit incrementation in Abaqus

04:37

Speeding up Abaqus Dynamic Explicit, Time scaling vs. Mass scaling

02:45

Fatigue; Cyclic loading of elastic-plastic metals, elastic shakedown, plastic shakedown, ratcheting

06:18

Natural frequencies and mode shapes of ultrasonic horn by Frequency step of Abaqus

01:34

How to find volume, centroid, mass, center of mass, and moment of inertia in Abaqus

09:07

XFEM in Abaqus: Crack initiation and propagation in hole plate

10:44

Applying periodic boundary condition (PBC) to RVE manually and automatically in Abaqus

10:10

Applying periodic boundary condition (PBC) to RVE by Python, Part I: mesh

07:11

Assign material orientation and properties to RVE of discontinuous fiber composite

10:51

RVE of short random discontinuous fiber composite by Python

09:37

List in Python scripting: definition and operations

05:44

Measuring Poisson ratio by ImageJ: PR of an auxetic metamaterial

10:04

Crack propagation in DCB using VCCT criterion in Abaqus

03:57

Singularity around crack in Abaqus by Singular elements

07:15

Contour integrals around crack in Abaqus: J-integral, Ct-integral, T-stress, stress intensity

11:35

Crack simulation in Abaqus: J-integral, designing mesh around crack

03:46

Mesh dependency/independency study: best mesh size

00:55

How to hide datum points, lines, planes?

06:01

Cyclic symmetry in Abaqus

01:41

How to find elements which are source of error/warning?

05:10

How to create variable material properties, Modeling FGM by Abaqus USDFLD subroutine

04:00

Using FLD damage for sheet metal forming in Abaqus

01:10

How to find number of each element type?