rolling contact fatigue rail
rail train abaqus stress analysis banumusa training
Watch video
Click to enlarge
Previous product
abaqus explicit - 3d hashin
3D Hashin VUMAT Subroutine for Abaqus with Exponential Damage Evolution $ 455.00
Back to products
Next product
Multiple Step Analysis in Abaqus -tutorial- banumusa-
ABAQUS Tutorial: Multiple Step Analysis in Abaqus $ 65.00

Stress analysis of rolling contact fatigue of a wheel with the UIC60 profile rail

(2 customer reviews)

$ 99.00

 

Modeling the rotation of a train wheel on a rail has tips that are trained in this tutorial video. In addition to the tutorial video , the abaqus files and their results will be provided to you so that nothing will remain unclear to you. In addition, all trainings include free online response after purchase.

Contents

  • Step-by-step training video which describes theories behind and how to model (*.mp4)
  • Abaqus files (*.cae, *.inp, *.jnl, *.odb)
  • Guarantee up to 1 years
Compare
Add to wishlist
SKU: 009 Categories: , , Tags: , , , , ,
Description
How to simulate a rolling contact of a wheel with a rail in Abaqus/CAE

Analysis of the wheel rail rolling contact in Abaqus

Abaqus Tutorial

rolling contact fatigue: In this training video, modeling the motion of train wheels on rails is taught. The effect of axial force, velocity, and rail gap angle parameters on the distribution of contact and impact stresses is examined.

questions:

How to prevent rolling contact fatigue?

What is rolling fatigue?

What is contact fatigue?

mesh abaqus rail wheel stress analysis banumusa

What you learn in PACKAGE

  1. Modeling the cross-section of the rail profile (UIC60) from the image and making a 3D deformable part
  2. Importing a 3D part to model
  3. Using virtual topology tools to modify geometry and better meshing
  4. Applying the material properties, density, elastic, and plastic of steel
  5. Applying point mass to a part
  6. Using the dynamic explicit  stepUsing mass scaling to increase the solution speed
  7. Selecting suitable and practical outputs
  8. Defining behavior and contact characteristics
  9. Making a rigid body with a simple method
  10. Using Tie constraint and its tips
  11. Coupling and how to turn the wheel
  12. Applying gravity load
  13. Application of boundary conditions (BC)
  14. Principled meshing
  15. Observing and interpreting the results

MY SHOP

 

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.

Email us: info@banumusagr.com
Telegram: +98-915-55-20-388
WhatsApp: +98-915-55-20-388
Additional information
Software

Type

Tutorial
Files

*.cae, *.jnl, *.inp, *.odb, *.mp4
Language

English/Persian
Category

Stress Analysis
Solver

Dynamic, Explicit
Material

Steel
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.


Ways to Contact Us:

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

Purchasing methods:

Master Card, Visa Card, PayPal, Cryptocurrencies, Swift, Perfect Money

Content

THE TOPICS COVERED IN THIS PRODUCT

  1. Modeling the cross-section of the rail profile (UIC60) from the image and making a 3D deformable part
  2. Importing a 3D part to model
  3. Using virtual topology tools to modify geometry and better meshing
  4. Applying the material properties, density, elastic, and plastic of steel
  5. Applying point mass to a part
  6. Using the dynamic explicit  step
  7. Using mass scaling to increase the solution speed
  8. Selecting suitable and practical outputs
  9. Defining behavior and contact characteristics
  10. Making a rigid body with a simple method
  11. Using Tie constraint and its tips
  12. Coupling and how to turn the wheel
  13. Applying gravity load
  14. Application of boundary conditions (BC)
  15. Principled meshing
  16. Observing and interpreting the results

2 reviews for Stress analysis of rolling contact fatigue of a wheel with the UIC60 profile rail

  1. Hans –

    Hi it’s me, I am also visiting this website on a regular basis, this web page
    is genuinely nice and the people are in fact sharing nice thoughts.

  2. Jacob Lewis –

    Hi,
    Are you still in business?
    I found a few errors on your site.
    Would you like me to send over a screenshot of those errors?

    Regards
    Jacob
    (714) 500-7363

    • Pedram Gholami –

      Thank you for your support.
      Your suggestions can help us to improve the content.
      Good luck

Add a review

Related products

Hot
larc05-abaqus-failure-criteria-composite-analysis
damage-larc05-abaqus4
Compare
Close

Abaqus Tutorial: LaRC05 failure criterion for fiber-reinforced composites

$ 55.00
In this training video, first, an introduction to failure criteria is given. Then, the formulation and theory of failure criterion (LaRC05) are explained and the methods of using it in Abaqus software are examined.

Contents

  • Training video
  • PDF file Description provided in the video
  • A step-by-step written guide to using the criteria in Abaqus
  • 19 inp file ready to use in ABAQUS software
Add to wishlist
Add to cart
Quick view
VUMAT-JHB-JH-2-ceramic-model-banumusa-abaqus-tutorial
Compare
Close

VUMAT JHB and JH-2 ceramic model | Johnson, Holmquist

$ 99.00
In this training package, you will learn how to use Built-in VUMAT subroutines in Abaqus to predict brittle materials (e.g. ceramic materials) damage using Johnson, Holmquist, and Beissel (JHB) and Johnson-Holmquist (JH-2) ceramic model. Also, 5 practical workshops show you how to define and use the subroutine, how to configure the model in Abaqus/CAE, and how to visualize the results.
Add to wishlist
Add to cart
Quick view
Compare
Close

laminar flow | Ansys Fluent tutorial | Non-dimensional

$ 55.00
In this training package, you will learn how to simulate a non-dimensional laminar flow inside a pipe, creating the model geometry, creating the mesh, defining boundary conditions, defining material properties, defining the solver criteria, and finally extracting the results.

Contents

  • Tutorial training video (*.mp4)
  • Fluent files (in ANSYS workbench)
  • Fluent lecture notes (*.pdf)
  • Free support up to 3 months
Add to wishlist
Add to cart
Quick view
Compare
Close

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.
Add to wishlist
Add to cart
Quick view
shot-peening-abaqus-simulation-validation-banumusa
first page-shot-peen-abaqus-validation
Compare
Close

Abaqus Validation: Shot peening induced residual stresses using ABAQUS

$ 85.00
This package describes a three-dimensional dynamic finite element (FE) study of single-shot impacting on a metallic component using Abaqus/CAE software. The prediction is validated by comparison with results from the published literature by Meguid et al. (1999).
Add to wishlist
Add to cart
Quick view
concrete modelling in abaqus
Compare
Close

Concrete Modelling in Abaqus

$ 385.00
In this training package, we have tried to cover all the tips and tricks that are required by the user when modeling concrete structures. Material models available in the Abaqus and its parameters are described. Also, the modeling methods of rebars and reinforcements are expressed one by one and the strengths and weaknesses of each are examined. Finally, in 3 comprehensive examples in the field of explosion, fire, and connections, these cases are used in practice.
Add to wishlist
Add to cart
Quick view
Hot
abaqus explicit - 3d hashin
Compare
Close

3D Hashin VUMAT Subroutine for Abaqus with Exponential Damage Evolution

$ 455.00

3D Hashin Failure Criteria VUMAT 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
Add to wishlist
Add to cart
Quick view
Modeling Porous Elastomers
automotive boot uhyper abaqus
Compare
Close

UHYPER Subroutine: Modeling Porous Elastomers with Abaqus/Standard

$ 70.00
This ABAQUS UHYPER subroutine implements the hyperelastic energy density derived for the macroscopic elastic response of non-Gaussian elastomers weakened by an isotropic and non-ercolative distribution of equiaxed pores. This result is valid for any choice of I1-based incompressible energy density characterizing the non-Gaussian isotropic elastic response of the underlying elastomer.

Contents

  • Training video; How to use the subroutine in Abaqus
  • PDF file Description of the hyperelastic model
  • A step-by-step written guide to using the criteria in Abaqus
  • 5 input example files ready to use in ABAQUS software
  • FORTRAN UHYPER subroutine run on Windows or Linux
Add to wishlist
Add to cart
Quick view