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validation banumusa0lsdyna low velocity impact
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HomeShopTutorial 3D modelling of Low-Velocity Impact FRP Laminate with LS-Dyna
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3D modelling of Low-Velocity Impact FRP Laminate with LS-Dyna

$ 103.00

In this training package, we have tried to cover all the tips and tricks that are required by the user when modeling low-velocity impact on FRP composite laminates with LS-Dyna. Material models for composite & cohesive are available in the LS-Dyna and its parameters are described. Also, the modeling methods of geometry, FRP, cohesive, contacts &, etc. are explained one by one. Finally, in a comprehensive example, the LS-Dyna model is validated by Guo et al. (2013) paper. All the modeling & results files, as well as a tutorial training video, are included in this package.

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Description
How to model FRP composites in LS-Dyna with 3D Elements?

Low Velocity Impact on FRP composite plate in LS-Dyna

LS-Dyna Validation

Low-Velocity Impact FRP Laminate with LS-Dyna

Low-Velocity Impact FRP Laminate with LS-Dyna: In order to effectively describe the progressively intralaminar and interlaminar (delamination) damage for composite laminates, a three-dimensional progressive damage model for composite laminates is defined. it is used for low-velocity impact in LS-Dyna.

It is based on continuum damage mechanics (CDM) and is implemented in the LS-Dyna with Chang-Chang material model (*MAT_054). The nonlinear damage model can be used to analyze the dynamic performance of the composite structure and its failure behavior.

For the interlaminar damage, 3D cohesive elements with *MAT_138 material model are used.Ā  FEA model is validated by well-known paper (Guo et al. 2013) and can be used in any simulations.

MY SHOPĀ  Ā  Ā  Ā  Ā  Ā  MY BLOG

What you learn in Low-Velocity Impact FRP:

In this training course, you will learn the *MAT_054 composite material model & *MAT_138 cohesive material model in LS-Dyna and determine their parameters. How to model the damage in the composites, its damage modes, selecting the appropriate element in accordance with the analysis, orientation of composite modeling, contacts, and many other more techniques.

Overview of the course Low-Velocity Impact FRP Laminate

  1. Geometry modeling
  2. Composite materials models in LS-Dyna
  3. *MAT_COHESIVE_MIXED_MODEĀ  material model(*MAT_138)
    1. Define cohesive damage parameters
    2. Mechanical and damage properties of Composites
    3. Composite damage modes
    4. Cohesive damage modes
  4. Element selection
  5. Defining Fibre Orientation (Material Direction) using LS-PrePost
  6. Rigid Elements
  7. Boundary conditions (BC)
  8. Visualization Techniques (Image, Movie, Plots, &, etc)
  9. Examples
    1. Simulation of low-velocity impact on FRP composite laminate
    2. Validated By Guo et al. paper (Contact force, delamination & cracking damage)

How to find us

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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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Additional information
Software

Ansys LS-Dyna, Ansys simulation software

Type

LS-Dyna Training Course
LS-Dyna validation

Level

Elementary

Files

LS-Dyna files: *.k, d3plot
Video: *.mp4
Lecture notes: *.pdf

Language

English

Category

Failure & Damage Analysis
Material Modelling

Solver

Explicit,

Material

FRP Composite Materials
Cohesive Materials

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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.

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Content

Overview

  1. Geometry modeling
  2. Composite materials models in LS-Dyna
  3. *MAT_COHESIVE_MIXED_MODEĀ  material model(*MAT_138)
    1. Define cohesive damage parameters
    2. Mechanical and damage properties of Composites
    3. Composite damage modes
    4. Cohesive damage modes
  4. Element selection
  5. Defining Fibre Orientation (Material Direction) using LS-PrePost
  6. Rigid Elements
  7. Boundary conditions (BC)
  8. Visualization Techniques (Image, Movie, Plots, &, etc)
  9. Examples
    1. Simulation of low-velocity impact on FRP composite laminate
    2. Validated By Guo et al. paper (Contact force, delamination & cracking damage)

Contents

  • Tutorial training video (*.mp4)
  • LS-Dyna files (*.k, d3plot)
  • LS-Dyna lecture notes (*.pdf)
  • Free technical support (3 months)

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      • Simulation and impact testing
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      • Vibration analysis
      • Buckling, post-buckling, collapse
      • Meshfree element method
      • Acoustics and noise
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      • design by rule
      • Preparation of technical specifications for parts
      • redesign
      • Design and manufacture of composite parts
      • Design and analysis of industrial mold
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      • Elevator design
      • Pipeline design
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      • Mechanical tests
      • Calibration of materials | How to calibration material in Abaqus
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    • Automotive in the world
    • Marine & shipbuilding Industry
      • Design of floats and offshore structures
      • Floating Ballast Water Management
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    • 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
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      • Materials
        • Analysis of polymeric materials
        • Material Calibration
        • Elastomers and rubbers
        • What is Computational Material Design | Introducing Abaqus software
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      • Multi-physics modeling
      • Simulation and impact testing
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      • 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
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      • 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
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