Facebook Twitter Email Instagram YouTube linkedin WhatsApp WhatsApp VK Telegram
info@BanuMusaGr.com
Facebook Twitter Email Instagram YouTube linkedin WhatsApp WhatsApp VK Telegram
FEA & CFD Consultancy | BanuMusa R&D FEA & CFD Consultancy | BanuMusa R&D
  • Industries
    • Automotive
      • Tire
    • Marine & Shipbuilding
      • Offshore Structures
      • Ballast Water Management
    • Aerospace
    • Oil and Gas
    • Materials and Processes
    • Railway
    • Inspection
      • Hydrogen Induced Cracking
    • Civil
      • Geotechnical Engineering
      • Earthquake
  • Services
    • CAE Consulting
      • Materials
        • Material Calibration
        • Polymeric Materials
        • Elastomers & Rubbers
        • Programming
        • Micromechanic
      • Mesh & Geometry
      • Multiphysics
      • Shock & Impact
      • Finite Element Analysis (FEA)
      • Computational Fluid Dynamics (CFD)
        • Wind Tunnel Test
      • Heat & Mass Transfer
      • Co-simulation
      • Fatigue and Failure
      • Vibration Analysis
      • Buckling, Post-buckling & Collapse
      • Meshfree
      • Acoustics & Noise
    • Engineering Design
      • Design-by-Analysis
      • Technical Specifications
      • Engineering Re-design
      • Composite Part Design
      • Mold Design
      • Recreational Design
      • Elevator Design
      • Pipeline Design
    • Material Testing & Calibrating
      • Mechanical Tests
      • Calibration
    • Failure Analysis
      • Failure Analysis
      • FMEA
    • Reliability & Safety
      • Fitness-for-Service Analysis with Abaqus
      • Risk-Based Inspection (RBI)
    • Software & Plugins
    • Software License
      • WCM Plugin
    • Engineering Consulting
      • Procurement Engineering
    • FEA & CFD Consultancy
      • Support (Q&A)
    • Reverse Engineering
    • Simulation-Driven Design
    • Optimization
      • Energy Optimization
      • Design & Process Optimization
  • Portfolio
  • Shop
  • Blog
  • About Us
    • Contact Us
    • Our Team
    • Our Partners
    • Careers
Login / Register
0 Wishlist
0 Compare
0 items / $ 0.00
Menu
FEA & CFD Consultancy | BanuMusa R&D
0 items / $ 0.00
Low-Velocity Impact FRP Laminate damage finite element (fea) analysis on frp composite plate validation - lsdyna tutorial video
low velocity impact damage finite element fea analysis on frp composite plate validation - lsdyna tutorial video
low velocity impact damage fea analysis on frp composite plate validation - lsdyna tutorial video
low velocity impact fea analysis on frp composite plate validation - lsdyna tutorial video
Watch video
Click to enlarge
HomeShopTutorial LS-Dyna Tutorial: 3D modeling techniques for low-velocity impact analysis of FRP composite laminate
Previous product
concrete modeling in abaqus tutorial video
Mastering Concrete Modeling in Abaqus: A Comprehensive Course $ 425.00
Back to products
Next product
Fortran for Abaqus Subroutine - writing user subroutines udhard umat film uload
Fortran for Abaqus Subroutine $ 255.00

LS-Dyna Tutorial: 3D modeling techniques for low-velocity impact analysis of FRP composite laminate

$ 239.00

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

LS-Dyna tutorial video (*.mp4)
Lecture notes (PDF)
LS-Dyna workshop files (*.k, d3plot)
15-day money-back guarantee
  Free 24/7 online mentoring

If you want to pay in a way other than Tether/Tron, contact us.
Compare
Add to wishlist
SKU: 011 Categories: LS-Dyna, FEM Validation, Training courses, Tutorial
Share
Facebook Twitter Email Pinterest linkedin Odnoklassniki WhatsApp WhatsApp VK Telegram
  • Description
  • Additional information
  • Payment & Delivery
  • Content
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

3D modeling techniques for low-velocity impact FRP laminate with LS-DYNA

The LS-DYNA Tutorial: 3D Modeling Techniques for Low-Velocity Impact Analysis of FRP Composite Laminate course offers a detailed exploration of the fundamental concepts and practical methodologies involved in simulating low-velocity impact on FRP composite laminates. Participants will learn the step-by-step process of creating accurate 3D models using LS-DYNA, a powerful finite element analysis software. The course covers topics such as material modeling, meshing techniques, boundary conditions, and impact loading scenarios specific to low-velocity impacts.

Participants will gain insights into interpreting and analyzing the simulation results to evaluate the laminate’s response to impact, including damage initiation, propagation, and energy absorption characteristics. Practical examples and case studies will be utilized to reinforce the concepts and enhance the learning experience. By the end of this tutorial, participants will have the necessary skills to perform reliable and effective low-velocity impact analysis of FRP composite laminates using LS-DYNA.

Progressive damage model

In order to effectively describe the progressively intralaminar and interlaminar (delamination) damage for FRP composite laminates, a three-dimensional progressive damage model for composite laminates is defined. It is used for low-velocity impact analysis of FRP composite laminates in LS-Dyna FEA software.

Progressive damage in FRP (Fiber-Reinforced Polymer) composites refers to the gradual development and propagation of damage within the material under various loading conditions. FRP composites are composed of reinforcing fibers, such as carbon or glass, embedded in a polymer matrix, typically epoxy resin. Progressive damage occurs when these materials undergo mechanical loading, leading to the initiation and growth of various forms of damage, including matrix cracking, fiber breakage, delamination, and fiber-matrix debonding.

The progressive nature of damage means that it starts as localized micro-scale damage, which then extends and interacts with neighboring regions, eventually affecting the overall structural integrity of the composite. This damage progression can occur due to factors such as cyclic loading, impact events, or long-term exposure to environmental conditions.

Understanding and predicting progressive damage in FRP composites is crucial for ensuring the structural reliability and safety of composite components. Advanced modeling and analysis techniques, such as finite element analysis (FEA) and cohesive zone modeling, are employed to simulate and predict the initiation, propagation, and interaction of damage mechanisms in FRP composites. By studying progressive damage, engineers can optimize composite designs, develop mitigation strategies, and assess the remaining strength and life of FRP composite structures.

Chang-Chang failure criteria

The three-dimensional progressive damage model is based on continuum damage mechanics (CDM) and is implemented in the LS-Dyna with Chang-Chang failure criteria (*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 keyword are used.  The FEA model is validated by a well-known paper (Guo et al. 2013) and can be used in any simulation.

What you’ll learn

In this LSDyna tutorial video, you will learn how to use the *MAT_054 composite material keyword & *MAT_138 cohesive material keyword in LS-Dyna and determine their parameters. How to model the damage in the FRP composite laminates, its damage modes, selecting the appropriate element in accordance with the analysis, orientation of composite modeling, contacts, and many other techniques.

Overview

  1. Geometry and Meshing
    Techniques for creating accurate 3D models of FRP composite laminates, including proper meshing strategies for impact analysis.
  2. Material Modeling
    Understanding the material properties and behavior of FRP composite laminates under low-velocity impact conditions.

    • *MAT_COHESIVE_MIXED_MODE  material keyword(*MAT_138)
    • Define cohesive damage parameters
    • Mechanical and damage properties of Composites
    • Composite damage modes
    • Cohesive damage modes
    • Defining Fibre Orientation (Material Direction) using LS-PrePost
  3. Element selection
    • Rigid Elements
    • FRP composite laminate elements
  4. Boundary conditions (BC)
    Setting up appropriate boundary conditions to simulate realistic loading and constraints during low-velocity impact.
  5. Impact Loading 
    Different types of impact loading scenarios and their effects on FRP composite laminates.
  6. Damage Modeling
    Techniques for modeling and predicting damage initiation, propagation, and energy absorption in the laminate.
  7. Visualization Techniques
    Image, Movie, Plots, &, etc.
  8. Analysis and Interpretation of Results
    Evaluating and interpreting the simulation results to gain insights into the laminate’s response to low-velocity impact.
  9. Case Studies and Practical Examples
    Real-world examples and case studies demonstrating the application of LS-DYNA for low-velocity impact analysis of FRP composite laminates.

    • Simulation of low-velocity impact on FRP composite laminate
    • FEA validation By Guo et al. paper (Contact force, delamination & cracking damage modes)
low velocity impact fea analysis on frp composite plate validation - lsdyna tutorial video
We are ready to help you in CFD & FEA simulations.

Need help? Get a consultation from our experts.

Abaqus E-learning technical FEA & CFD consulting by banumusa FEA & CFD Consultancy Services Abaqus Ansys LS-Dyna user subroutine plugin
Email us: info@banumusagr.com
Telegram: +98-915-55-20-388
WhatsApp: +98-915-55-20-388

Find Us on WeChat

wechat banumusa company ویچت

Demo

Money-Back Guarantee

15-Day

Money back gold guarantee - BanuMusaWe’re fully confident in the value and reliability of the product. If for any reason you are not completely satisfied, email us at info@BanuMusaGr.com within 48 hours of your purchase for a full refund.

LS-DYNA tutorial video

An LS-DYNA tutorial video is a video resource that provides step-by-step instructions and demonstrations on how to use LS-DYNA software for finite element analysis. These videos typically cover various topics, such as the software’s user interface, model setup, material definition, boundary conditions, solver settings, and result interpretation.

In addition, in these types of videos, we do validation with a well-known paper to be sure of the model setup. Also, all software files are provided to the customer.

Who this course is for

  • Civil and mechanical engineers who need to perform low-velocity impact analysis
  • Advanced students, Ph.D. students, or researchers for their LS-Dyna FEA projects
  • Any LS-Dyna Application Engineer who is involved with various simulation projects on a daily basis
  • Design, research, and development (R&D) offices of military and parts manufacturing companies
  • LS-Dyna FEA simulation consultancies

What you’ll gain

  • You will be able to conduct low-velocity impact analysis by LS-Dyna
  • You will be able to develop your own LS-Dyna FRP composite laminate damage model
Additional information
Software

Ansys LS-Dyna, Ansys simulation software

Type

LS-Dyna training course
LS-Dyna validation
LS-Dyna tutorial video

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

Payment & 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/mentoring 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:

Please pay attention to the following points when you pay.

1. Tether / Tron The easiest way to pay is through the Tether portal in the BanuMusa shop. You can easily pay with your wallet.

• How to pay for a product using USDT TRC-20 with ADVCash https://www.youtube.com/watch?v=DYyHsdcLxhk

• Tron TRC20 Wallet for USDT Tutorial (Send USDT for Lowest Fees!!) https://www.youtube.com/watch?v=lBQMkEBf7W4

For other wallets just search on YouTube!

The download link automatically will be sent to you.

2. Payoneer:

If you have Payoneer, you can pay simply through the following ID.

fro458nk@gmail.com

After your payment is processed, you will receive the download links.

Let me know if you need any further adjustments!

3. PAYEER

Send us a message/ email to help you how to pay for this method, please. (info@banumusagr.com)

4. WebMoney

We will send you the wallet if you request this method. Email us.

5. PayPal Payment Instructions:

Please email us to send your PayPal Account.

After your payment is processed, you will receive the download links.

Let me know if you need any further adjustments!

6. SWIFT/IBAN

Another way is to pay via SWIFT or IBAN, contact us to learn more.

We will do our best to make sure you have a good shopping experience.



If it is not possible for you to buy through the Tether gateway, send us the link to the product using email (info@banumusagr.com) or social networks (WhatsApp, WeChat, Telegram). After that, the PayPal account will be sent to you.

Another way is to pay via SWIFT, contact us to learn more.


Ways to Contact Us:

WhatsApp / Telegram / WeChat: +98-915-5520-388
E-mail: info[at]banumusagr.com
Phone: +98-51-35424520

Payment Methods:

You can buy the product through Tether, Tron, Payoneer, PAYEER, WebMoney, PayPal, and SWIFT.

Content

Contents

  • LS-Dyna tutorial video (*.mp4)
  • Lecture notes (PDF)
  • LS-Dyna workshop files (*.k, d3plot)
  • 15-day money-back guarantee
  •   Free 24/7 online mentoring

Reviews

There are no reviews yet.

Be the first to review “LS-Dyna Tutorial: 3D modeling techniques for low-velocity impact analysis of FRP composite laminate” Cancel reply

You must be logged in to post a review.

Related products

Fortran for Abaqus Subroutine - writing user subroutines udhard umat film uload
Compare
Quick view
Add to wishlist
Close

Fortran for Abaqus Subroutine

$ 255.00
Add to cart
concrete modeling in abaqus tutorial video
Compare
Quick view
Add to wishlist
Close

Mastering Concrete Modeling in Abaqus: A Comprehensive Course

$ 425.00
Add to cart
Introduction to umat subroutine
Introduction to umat subroutie abaqus tutorial video writing umat subroutine
Compare
Quick view
Add to wishlist
Close

Introduction to UMAT Subroutine

$ 210.00
Add to cart
-10%
larc05-abaqus-failure-criteria-composite-analysis
damage-larc05-abaqus4
Compare
Quick view
Add to wishlist
Close

Abaqus Tutorial: LaRC05 Failure Criterion For Fiber-Reinforced Composites

Rated 5.00 out of 5
$ 110.00 Original price was: $ 110.00.$ 99.00Current price is: $ 99.00.
Add to cart
rolling contact fatigue rail
Compare
Quick view
Add to wishlist
Close

Rolling Contact Fatigue Analysis of UIC60 Rail Wheels

Rated 5.00 out of 5
$ 99.00
Add to cart
-4%
USDFLD Subroutine 3D Hashin
Compare
Quick view
Add to wishlist
Close

3D Hashin USDFLD Subroutine Failure Criteria for Abaqus

$ 124.00 Original price was: $ 124.00.$ 119.00Current price is: $ 119.00.
Add to cart
Fitness-for-Service Analysis with Signal FFS Course - ffs analysis with signalffs
Fitness-for-Service Analysis with Signal FFS Course - ffs assessment with signalffs
Compare
Quick view
Add to wishlist
Close

Fitness-for-Service Analysis with Signal FFS Course

$ 1,250.00
Add to cart
metal forming with abaqus cae fea workshop course nafems
Compare
Quick view
Add to wishlist
Close

Metal Forming with Abaqus

$ 380.00
Add to cart
University of Warwick
NBJX
MultiFat
kitech
kims
EnginSoft
Techinco
NIGC
Mobarakeh Steel Co.
Lincoln University
ISOICO Shipbuilding Company
IRISL Company
Ferdows Marine Tech
AQR Company
About us

CAD CAM CAE

We are a start-up company founded in 2016, with the mission to enable every engineering company to realize its ideas into products by using model and simulation-based product development. This technology auto enables the Industry 4.0 standard to the entity and assures the best product outcome.

Our team of passionate engineers, domain experts, and long industry-experienced advisor panel will provide a pragmatic, innovative, and simplified solution to any challenging engineering predicaments.

We do understand how to make a critical difference to your product and processes, we shall be your trusted and cost-effective R&D partner towards your objectives.

We will contribute to up-bring SMEs in Engineering & Manufacturing at par with international players with updated technologies and their affordable cost.

Top rated products
  • Wound Composite Modeler Plugin for Abaqus Wound Composite Modeler Plugin for Abaqus
    Rated 5.00 out of 5
    $ 210.00
  • Shot Peening Induced Residual Stresses - Abaqus Validation Shot Peening Induced Residual Stresses Simulation & Validation in Abaqus FEA Software
    Rated 5.00 out of 5
    $ 85.00
  • larc05-abaqus-failure-criteria-composite-analysis Abaqus Tutorial: LaRC05 Failure Criterion For Fiber-Reinforced Composites
    Rated 5.00 out of 5
    $ 110.00 Original price was: $ 110.00.$ 99.00Current price is: $ 99.00.
  • abaqus explicit - 3d hashin 3D Hashin VUMAT Subroutine for Abaqus with Exponential Damage Evolution
    Rated 5.00 out of 5
    $ 455.00
Information
  • Portfolio
  • Shop
  • Blog
  • Contact Us
Consulting
  • Numerical Simulation
  • FEA Consultancy
  • CFD Consultancy
  • Fatigue Analysis
  • Engineering Design
  • Product Development
  • Failure Analysis
  • Technical Support
BanuMusa R&D Company
Toos Industrial Zone, Mashhad
Phone: (+98) 915-5520-388
E-mail: info@BanuMusaGr.com
Find Us on WeChat

Cookie Policy
FAQs

Copyright BanuMusa 2024
payments

Shopping cart

close
Manage Cookie Consent
To provide the best experiences, we use technologies like cookies to store and/or access device information. Consenting to these technologies will allow us to process data such as browsing behavior or unique IDs on this site. Not consenting or withdrawing consent, may adversely affect certain features and functions.
Functional Always active
The technical storage or access is strictly necessary for the legitimate purpose of enabling the use of a specific service explicitly requested by the subscriber or user, or for the sole purpose of carrying out the transmission of a communication over an electronic communications network.
Preferences
The technical storage or access is necessary for the legitimate purpose of storing preferences that are not requested by the subscriber or user.
Statistics
The technical storage or access that is used exclusively for statistical purposes. The technical storage or access that is used exclusively for anonymous statistical purposes. Without a subpoena, voluntary compliance on the part of your Internet Service Provider, or additional records from a third party, information stored or retrieved for this purpose alone cannot usually be used to identify you.
Marketing
The technical storage or access is required to create user profiles to send advertising, or to track the user on a website or across several websites for similar marketing purposes.
Manage options Manage services Manage {vendor_count} vendors Read more about these purposes
View preferences
{title} {title} {title}

Powered by WhatsApp Chat

  • Menu
  • Categories
  • Industries
    • Automotive
      • Tire
    • Marine & Shipbuilding
      • Offshore Structures
      • Ballast Water Management
    • Aerospace
    • Oil and Gas
    • Materials and Processes
    • Railway
    • Inspection
      • Hydrogen Induced Cracking
    • Civil
      • Geotechnical Engineering
      • Earthquake
  • Services
    • CAE Consulting
      • Materials
        • Material Calibration
        • Polymeric Materials
        • Elastomers & Rubbers
        • Programming
        • Micromechanic
      • Mesh & Geometry
      • Multiphysics
      • Shock & Impact
      • Finite Element Analysis (FEA)
      • Computational Fluid Dynamics (CFD)
        • Wind Tunnel Test
      • Heat & Mass Transfer
      • Co-simulation
      • Fatigue and Failure
      • Vibration Analysis
      • Buckling, Post-buckling & Collapse
      • Meshfree
      • Acoustics & Noise
    • Engineering Design
      • Design-by-Analysis
      • Technical Specifications
      • Engineering Re-design
      • Composite Part Design
      • Mold Design
      • Recreational Design
      • Elevator Design
      • Pipeline Design
    • Material Testing & Calibrating
      • Mechanical Tests
      • Calibration
    • Failure Analysis
      • Failure Analysis
      • FMEA
    • Reliability & Safety
      • Fitness-for-Service Analysis with Abaqus
      • Risk-Based Inspection (RBI)
    • Software & Plugins
    • Software License
      • WCM Plugin
    • Engineering Consulting
      • Procurement Engineering
    • FEA & CFD Consultancy
      • Support (Q&A)
    • Reverse Engineering
    • Simulation-Driven Design
    • Optimization
      • Energy Optimization
      • Design & Process Optimization
  • Portfolio
  • Shop
  • Blog
  • About Us
    • Contact Us
    • Our Team
    • Our Partners
    • Careers
  • Industries
    • Automotive
      • Tire
    • Marine & Shipbuilding
      • Offshore Structures
      • Ballast Water Management
    • Aerospace
    • Oil and Gas
    • Materials and Processes
    • Railway
    • Inspection
      • Hydrogen Induced Cracking
    • Civil
      • Geotechnical Engineering
      • Earthquake
  • Services
    • CAE Consulting
      • Materials
        • Material Calibration
        • Polymeric Materials
        • Elastomers & Rubbers
        • Programming
        • Micromechanic
      • Mesh & Geometry
      • Multiphysics
      • Shock & Impact
      • Finite Element Analysis (FEA)
      • Computational Fluid Dynamics (CFD)
        • Wind Tunnel Test
      • Heat & Mass Transfer
      • Co-simulation
      • Fatigue and Failure
      • Vibration Analysis
      • Buckling, Post-buckling & Collapse
      • Meshfree
      • Acoustics & Noise
    • Engineering Design
      • Design-by-Analysis
      • Technical Specifications
      • Engineering Re-design
      • Composite Part Design
      • Mold Design
      • Recreational Design
      • Elevator Design
      • Pipeline Design
    • Material Testing & Calibrating
      • Mechanical Tests
      • Calibration
    • Failure Analysis
      • Failure Analysis
      • FMEA
    • Reliability & Safety
      • Fitness-for-Service Analysis with Abaqus
      • Risk-Based Inspection (RBI)
    • Software & Plugins
    • Software License
      • WCM Plugin
    • Engineering Consulting
      • Procurement Engineering
    • FEA & CFD Consultancy
      • Support (Q&A)
    • Reverse Engineering
    • Simulation-Driven Design
    • Optimization
      • Energy Optimization
      • Design & Process Optimization
  • Portfolio
  • Shop
  • Blog
  • About Us
    • Contact Us
    • Our Team
    • Our Partners
    • Careers

Sign in

close

Lost your password?
No account yet? Create an Account
Facebook Twitter Email Instagram YouTube linkedin WhatsApp WhatsApp VK Telegram