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Cohesive simulation for experts
Rated 5.00 out of 5
Price range: € 2000.0 through € 4000.0 Select options This product has multiple variants. The options may be chosen on the product page
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Using Deep Learning in Abaqus: UMAT + PyTorch
Original price was: € 380.0.Current price is: € 304.0. Add to cart
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ChatGPT For Abaqus: From Python Scripting to Subroutine Generation
Original price was: € 200.0.Current price is: € 140.0. Add to cart
Estimating Shear Wave Velocity in Slow Formations: Abaqus Model & Fortran Code
€ 200.0 Add to cart
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Analysis of Fatigue Crack Propagation in Quasi-Brittle Materials : A Phase Field Cohesive Zone Approach using ABAQUS UMAT & HETVAL Subroutines
Original price was: € 340.0.Current price is: € 300.0. Add to cart
Comparative Stress Analysis of Transversely Isotropic Hyperelastic Models: A Guide to ABAQUS UMAT Implementation
€ 340.0 Add to cart
Numerical Implementation of Phase-Field Damage in Elasto-Plastic Materials Using Abaqus
€ 340.0 Add to cart
Influence of Stress Triaxiality and Load Path on Ductile Fracture of Shell Structures
€ 250.0 Add to cart
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Implementing Custom Traction–Separation Laws for Cohesive Models in Abaqus (UMAT Subroutine)
Original price was: € 300.0.Current price is: € 250.0. Add to cart
Thermo-Elasto-Viscoplastic Modeling of Polymers in Abaqus | UMAT Subroutine
€ 340.0 Add to cart
Simulation of Ductile failure in Abaqus | Using implicit gradient-enhanced damage model
€ 350.0 Add to cart
Phase-Field Modeling of Brittle Fracture in Abaqus
€ 340.0 Add to cart
Compressible Elastometric Foams Large Deformation by a Strain-Based Logarithmic Hyperelastic Model
€ 270.0 Add to cart
Multiscale Analysis of Hygrothermal Aging in Laminated Composites
€ 200.0 Add to cart
Abaqus Simulation of the Curing Process in Composites: A Specific Focus on the Pultrusion Method
€ 250.0 Add to cart
Abaqus Simulation of Superelastic Cardiovascular Stents
€ 340.0 Add to cart

Cohesive simulation for experts

Using Deep Learning in Abaqus: UMAT + PyTorch

ChatGPT For Abaqus: From Python Scripting to Subroutine Generation

Estimating Shear Wave Velocity in Slow Formations: Abaqus Model & Fortran Code

Analysis of Fatigue Crack Propagation in Quasi-Brittle Materials : A Phase Field Cohesive Zone Approach using ABAQUS UMAT & HETVAL Subroutines

Comparative Stress Analysis of Transversely Isotropic Hyperelastic Models: A Guide to ABAQUS UMAT Implementation

Numerical Implementation of Phase-Field Damage in Elasto-Plastic Materials Using Abaqus

Influence of Stress Triaxiality and Load Path on Ductile Fracture of Shell Structures

Implementing Custom Traction–Separation Laws for Cohesive Models in Abaqus (UMAT Subroutine)

Thermo-Elasto-Viscoplastic Modeling of Polymers in Abaqus | UMAT Subroutine

Simulation of Ductile failure in Abaqus | Using implicit gradient-enhanced damage model

Phase-Field Modeling of Brittle Fracture in Abaqus

Compressible Elastometric Foams Large Deformation by a Strain-Based Logarithmic Hyperelastic Model

Multiscale Analysis of Hygrothermal Aging in Laminated Composites

Abaqus Simulation of the Curing Process in Composites: A Specific Focus on the Pultrusion Method

Abaqus Simulation of Superelastic Cardiovascular Stents