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3D Hashin VUMAT Subroutine for Abaqus with Exponential Damage Evolution

Rated 5.00 out of 5 based on 1 customer rating
(1 customer review)

$ 455.00

3D Hashin Failure CriteriaĀ VUMATĀ with Exponential Damage Evolution in Abaqus

In order to effectively describe the progressive intralaminar and interlaminar damage for FRP composite laminates, a three-dimensional progressive damage model for composite laminates to be used for low-velocity impact is presented. it is based on continuum damage mechanics (CDM) and was developed and implemented in the VUMAT user subroutine of ABAQUS/Explicit.

The nonlinear damage model can be used to analyze the dynamic performance of the composite structure and its failure behavior. For the intralaminar damage, as a function of the energy release rate, the damage model in an exponential function can describe the progressive development of the damage. The VUMAT subroutine is validated by well-known papers and can be used in any simulation.

Contents

  • Tensile Test Validation (*.cae, *.inp, *.jnl, *.odb)
  • Compression Test Validation (*.cae, *.inp, *.jnl, *.odb)
  • Shear Test Validation (*.cae, *.inp, *.jnl, *.odb)
  • Low-Velocity Impact Validation (*.cae, *.inp, *.jnl, *.odb)
  • 3D Hashin VUMAT Subroutine with Exponential Damage Evolution (*.for, *.f)
  • User manual (*.pdf)
  • Download Presentation
  • Video (*.mp4)
  • Guarantee up to 3 years
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SKU: 010 Categories: Abaqus, Abaqus Subroutines, FEM Validation
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Description
VUMAT Subroutine for

3D Hashin Failure Criteria in Abaqus Explicit

3D Hashin VUMAT Abaqus | 3D Hashin Failure Criteria in Abaqus with Exponential Damage Evolution

Damage Initiation by Abaqus Built-in 2D Hashin Criterion

 

3D Hashin VUMAT Abaqus Subroutine

Built-in Hashin damage Model in Abaqus

 

The 3D Hashin Failure criterion is not supported in Abaqus explicit solver for solid elements; So it needed a 3D Hashin VUMAT Abaqus Subroutine to be developed.

The built-in Hashin damage initiation criterion must be used with elements with a plane stress formulation, which includes plane stress, shell, continuum shell, and membrane elements. so it is not used for 3D solid elements. It is often necessary to use 3D solid elements (For example C3D8R) in simulating the damage of FRP composite materials with an explicit solver. So what is the solution? We developed a 3D Hashin VUMAT Abaqus Subroutine for that!

TheĀ AbaqusĀ anisotropic damage model for unidirectional fiber-reinforced composite is based on the work ofĀ Matzenmiller et al. (1995),Ā Hashin and Rotem (1973),Ā Hashin (1980), andĀ Camanho and Davila (2002).

Four different modes of failure are considered:

  • fiber rupture in tension;
  • fiber buckling and kinking in compression;
  • matrix cracking under transverse tension and shearing; and
  • matrix crushing under transverse compression and shearing.

Visit LaRC05 Tutorial Package

Damage Evolution for Fiber-Reinforced Composites in Abaqus

2d hashin criterion in abaqus banumusa vumat

 

It is based on energy dissipation during the damage process and is linear. in the following table, you can find the differences between Abaqus built-in Hashin model and the 3D Hashin VUMAT subroutine developed by our company.

BanuMusa 3D Hashin VUMAT Abaqus Subroutine vs. Abaqus Built-in Hashin Model

Abaqus built-in HashinĀ  3D Hashin VUMAT Abaqus Subroutine (BanuMusa R&D)
Elements Plane stress, shell, continuum shell, and membrane elements Three-dimensional solid element
Damage Initiation Hashin and Rotem (1973),Ā Hashin (1980) Hashin (1980) and Maximum stress criteria
Damage Evolution Linear Exponential (based on Linde (2004))
Remove Elements yes yes
Solver Standard & Explicit Explicit

BanuMusa 3D Hashin VUMAT Abaqus Subroutine Benefits

  • For all Abaqus users
  • Validated
  • Nonlinear progressive damage model
  • Exponential damage variables
  • Removing failed elements
  • Reduce mesh sensitivity by introducing characteristic elements
  • Dynamic & quasi-static simulations

Special features

  • Subroutine: VUMAT
  • Software: Abaqus
  • Damage initiation: Hashin (1980) & maxixmum stress
  • Damage evolution: Linde (2014)
  • Verified: Yes
  • Guarantee: 3 years
  • Documented: Yes
  • Mesh sensitivity:: reduced by introducing characteristic length
  • Precision: single & double
  • HPC: Yes
  • OS: Linux & Windows
  • Solver: Explicit
  • Material: composite laminates
Developed by BanuMusa R&D

3D Hashin VUMAT Abaqus Subroutine

Material

More accurate prediction of damage evolution of laminated composites

Delamination

Apply cohesive elements in 3D solid to model delamination phenomena in laminated composites

Mesh Sensitivity

The energy dissipation and characteristic element length are introduced into the damage evolution law or damage variable to minimize the mesh sensitivity

Damage Variables

7 damage variables to see every mode of failure including fiber rupture, fiber buckling, matrix cracking, & matrix crushing

Shear Modes

Shear modes are based on the maximum stress criterion. Also, shear stiffness loss due to the matrix failure under loading is included.

Ability to Modify

The 3D Hashin VUMAT Abaqus subroutine is open-source for you. It is easy to change commands, variables, and equations.

How to find us

Toos Industrial Zone, Mashhad
Phone: (+98)51-35424520
Email: info@BanuMusaGr.com
We are ready to help you do CFD & FEA simulations.

Need help? Get a consultation from our experts.

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WhatsApp: +98-915-55-20-388

Find Us on WeChat

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Additional information
Software

Abaqus FEA

Type

Tutorial + VUMAT + Documentation

Files

*.cae, *.jnl, *.inp, *.odb, *.for, *.f, *.odb, *.pdf,

Language

Fortran

Category

Damage, Failure & Fracture

Solver

Explicit

Material

Laminated composites

Shipping & Delivery
All products available on the website come with a guarantee of customer satisfaction. The products can be used immediately after purchase through the download link. There is also online consulting for all customer reassurance products.
Before buying, you can also talk to our experts in BanuMusa R&D and buy from the shop according to your needs.

Note:

Unfortunately, due to US sanctions, PayPal is not supported in Iran. If you can make a purchase through the Perfect Money portal; You can see the training on payment through Perfect Money in the link below.
https://en.banumusagr.com/how-to-create-a-perfect-money-account-online-payments-tutorial/

If it is not possible for you to buy through Perfect Money, send us the link to the product using email or social networks (WhatsApp, WeChat, Telegram). After that, the PayPal account will be sent to you. Then send us the payment receipt and get the download link.

Another way is to pay via SWIFT, contact us for that.


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Phone: +98-51-35424520

Purchasing methods:

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Content

THE TOPICS COVERED IN THIS PRODUCT

  • Tensile Test Validation (*.cae, *.inp, *.jnl, *.odb)
  • Compression Test Validation (*.cae, *.inp, *.jnl, *.odb)
  • Shear Test Validation (*.cae, *.inp, *.jnl, *.odb)
  • Low-Velocity Impact Validation (*.cae, *.inp, *.jnl, *.odb)
  • 3D Hashin VUMAT Subroutine with Exponential Damage Evolution (*.for, *.f)
  • User manual (*.pdf)
  • Video (*.mp4)
  • Guarantee up to 3 years
  • Free technical support
  • Download Presentation

1 review for 3D Hashin VUMAT Subroutine for Abaqus with Exponential Damage Evolution

  1. Rated 5 out of 5

    Emmett – 20 April 2021

    Great post. I was checking constantly this blog and I’m impressed! Extremely useful info specially the last part šŸ™‚ I care for such info much.
    I was seeking this certain information for a very long time.
    Thank you and good luck.

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    • Automotive in the world
    • Marine & shipbuilding Industry
      • Design of floats and offshore structures
      • Floating Ballast Water Management
    • Aerospace
    • Oil and Gas
    • Materials and Processes ( forming )
    • rail & railway simulation
    • Inspection
      • Hydrogen Induced Cracking(HIC)
    • Modeling and simulation of earthquakes in Abaqus software
      • Geotechnical engineering
      • Structural and earthquake engineering
    • Tire making
  • our solution
    • Numerical Simulation and Analysis
      • Materials
        • Analysis of polymeric materials
        • Material Calibration
        • Elastomers and rubbers
        • What is Computational Material Design | Introducing Abaqus software
        • Micromechanical
      • Modification of geometry and network production
      • Multi-physics modeling
      • Simulation and impact testing
      • Finite Element Analysis (FEA)
      • What is Computational Fluid Dynamics (CFD) | How To Do computational Fluid Dynamics
        • Wind tunnel test
      • Heat/mass transfer
      • Coupling engineering software
      • Fatigue and failure
      • Vibration analysis
      • Buckling, post-buckling, collapse
      • Meshfree element method
      • Acoustics and noise
    • Design and drawing
      • design by rule
      • Preparation of technical specifications for parts
      • redesign
      • Design and manufacture of composite parts
      • Design and analysis of industrial mold
      • Design of recreational and amusement facilities
      • Elevator design
      • Pipeline design
    • Testing and calibrating materials
      • Mechanical tests
      • Calibration of materials | How to calibration material in Abaqus
    • Failure Analysis
      • Failure analysis of materials and constructions
      • FMEA
    • Reliability and safety
      • Fitness-for-Service Analysis with Abaqus
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  • Industry
    • Automotive in the world
    • Marine & shipbuilding Industry
      • Design of floats and offshore structures
      • Floating Ballast Water Management
    • Aerospace
    • Oil and Gas
    • Materials and Processes ( forming )
    • rail & railway simulation
    • Inspection
      • Hydrogen Induced Cracking(HIC)
    • Modeling and simulation of earthquakes in Abaqus software
      • Geotechnical engineering
      • Structural and earthquake engineering
    • Tire making
  • our solution
    • Numerical Simulation and Analysis
      • Materials
        • Analysis of polymeric materials
        • Material Calibration
        • Elastomers and rubbers
        • What is Computational Material Design | Introducing Abaqus software
        • Micromechanical
      • Modification of geometry and network production
      • Multi-physics modeling
      • Simulation and impact testing
      • Finite Element Analysis (FEA)
      • What is Computational Fluid Dynamics (CFD) | How To Do computational Fluid Dynamics
        • Wind tunnel test
      • Heat/mass transfer
      • Coupling engineering software
      • Fatigue and failure
      • Vibration analysis
      • Buckling, post-buckling, collapse
      • Meshfree element method
      • Acoustics and noise
    • Design and drawing
      • design by rule
      • Preparation of technical specifications for parts
      • redesign
      • Design and manufacture of composite parts
      • Design and analysis of industrial mold
      • Design of recreational and amusement facilities
      • Elevator design
      • Pipeline design
    • Testing and calibrating materials
      • Mechanical tests
      • Calibration of materials | How to calibration material in Abaqus
    • Failure Analysis
      • Failure analysis of materials and constructions
      • FMEA
    • Reliability and safety
      • Fitness-for-Service Analysis with Abaqus
      • Risk-based inspection (RBI) | rbi inspection| risk based inspection consulting
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      • WCM Plugin | Wound Composite Modeler for Abaqus
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