banumusagr

27/10/2024

We are excited to introduce our Anisotropy Calculator Abaqus Plugin, a specialized tool designed to streamline the calculation of anisotropic parameters for materials in Abaqus simulations, particularly in sheet metal forming.

🔍 Key Features:
1️⃣ Accurate Parameter Definition: Enhance simulation precision by accounting for material behaviors that vary with direction.
2️⃣ Multiple Anisotropy Models: Supports established models like Banabic-2005, Barlat-2005, and more, tailored for different materials and applications.
3️⃣ User-Friendly: Input standard experimental data and let the plugin do the heavy lifting, reducing manual calculations and error risks.

🎯 Who Can Benefit?

👨‍🎓 Engineers and researchers in metal forming
👨‍🎓 Advanced students and Ph.D. candidates working on FEA projects
👨‍🎓 Abaqus Application Engineers involved in daily simulation tasks

By utilizing the hashtag , you can achieve more reliable insights and make better-informed engineering decisions. Elevate your simulation accuracy today!

For more details, visit our website
https://en.banumusagr.com/shop/anisotropy-calculator-abaqus-plugin/

or contact us at [email protected]

Need Abaqus Mentoring?!
Start now for free https://en.banumusagr.com/online-abaqus-mentoring/

23/09/2024

Analysis of Hyperelastic Rubber Moving in Channel - 3DEXPERIENCE

This example is part of the "Modeling Rubber and Viscoelasticity with Abaqus" course.

**Credits of the animation: Randy Marlow

Subroutines:
-- The DFLUX, FILM, GAPCON, UMAT, VUINTERACTION, and VUMAT subroutines are also available.
https://en.banumusagr.com/product-cat...

Plugins:
https://en.banumusagr.com/product-cat...

Learn more:
https://en.banumusagr.com/shop/

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Online Abaqus Mentoring: (30 min free)
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Need help?
We are ready to help you do FEA & CFD simulations. Get a consultation from our experts.

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https://www.youtube.com/watch?v=AX_REzU9zCc

Analysis of Hyperelastic Rubber Moving in Channel - 3DEXPERIENCE This example is part of the "Modeling Rubber and Viscoelasticity with Abaqus" course. **Cred...

13/09/2024

Element-free Galerkin (EFG) is a pseudo meshless simulation method. In contrast to classical FEA, the simulation model can handle large deformations. By additionally incorporating re-meshing, the model can sustain even larger deformations.

In classical Finite Element Analysis ( ), the method relies on meshing, and with large deformations, the mesh can become distorted, requiring remeshing. In contrast, the Element-Free Galerkin (EFG) method does not use traditional meshing and instead uses scattered points to define shapes, making it more suitable for handling large deformations. does not natively support EFG but can be implemented through user-defined subroutines (like UEL).

This example is part of the "Meshing in Abaqus" course.

https://www.youtube.com/watch?v=FHmdjkPccXQ

08/09/2024

Implementing Johnson-Holmquist Damage Models for Brittle Ceramics in Abaqus

In the Abaqus VUMAT JHB and JH-2 Ceramic Model tutorial course, 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, configure the model in Abaqus CAE, and visualize the results. There is also a JH-2 VUMAT subroutine Fortran file in this CAE package. In addition to the tutorial video, the Abaqus workshop files, & JH-2 VUMAT subroutine will be provided to you so that nothing will remain unclear. Also, all course includes free online 24/7 online tutoring after purchase.

Abaqus tutorial video (*.mp4)
Lecture notes (PDF)
Abaqus workshop files (*.cae, *.inp, *.jnl, *.odb)
JH-2 Fortran VUMAT subroutine run on Windows or Linux
15-day money-back guarantee
Free 24/7 online mentoring

In Abaqus VUMAT JHB and JH-2 Ceramic Model tutorial course, you will learn how to use Built-in VUMAT subroutines in Abaqus to predict brittle materials (e.g....

07/09/2024

Abaqus MatLib Database - Example 2

Are you tired of searching for reliable material data for your Abaqus simulations? The MatLib is here to make your life easier!

MatLib is a comprehensive Abaqus Material Library containing a wide range of materials, complete with their physical, mechanical, and thermal properties. With just a few clicks, you can easily select the material you need and apply it directly to your analysis. 🛠️

Watch the video below to see how it works in action! 🎥👇
https://www.youtube.com/watch?v=MiQpnTFAGss

The MatLib is an Abaqus Material Library that contains various materials with their physical, mechanical, and thermal properties. This library allows users t...

06/09/2024

Imagine this: you're in the middle of a critical Abaqus simulation, but finding reliable material data is slowing you down. Frustrating, right?

Well, we’ve all been there. But now, BanuMusa R&D has stepped in with a solution that changes everything!

Our team has developed a powerful material database that offers mechanical and physical data for 1400 materials—just what every Abaqus user needs. Best part? With a single click, you can select your material and add it directly to your simulation section.

No more searching, no more delays. Just smooth, fast, and efficient simulations.

And here’s the good news! We haven’t forgotten students. Every student can get access to 3 material datasets for free! 🎁

Watch the video below to see how it works in action!

https://www.youtube.com/watch?v=hALX6ac91Wo

The MatLib is an Abaqus Material Library that contains various materials with their physical, mechanical, and thermal properties. This library allows users t...

04/09/2024

"Underwater Explosion And Effect On Ship Structures - Abaqus Tutorial"

Underwater explosion analysis or UNDEX in Abaqus is a simulation technique that allows Abaqus application engineers to study the behavior and effects of explosions that occur underwater. It helps in understanding the blast wave propagation, structural response, cavitation, bubble, and damage caused by underwater explosions.

Underwater Explosion And Effect On Ship Structures - Abaqus TutorialUnderwater explosion analysis or UNDEX in Abaqus is a simulation technique that allows Ab...

03/09/2024

Low Velocity Impact Analysis Using 3D Hashin VUMAT - Abaqus Tutorial

BanuMusa R&D presents a 3D Hashin VUMAT Subroutine for Abaqus with Exponential Damage Evolution. Effectively describe progressive intralaminar and interlamin...

01/09/2024

🚀 **Unlock Advanced Composite Analysis with BanuMusa R&D!** 🚀

We're excited to introduce our **3D Hashin VUMAT Subroutine for Abaqus with Exponential Damage Evolution**! This powerful tool is designed to help you accurately model progressive intralaminar and interlaminar damage in FRP composite laminates using cutting-edge continuum damage mechanics (CDM).

🔍 **Why Choose This Model?**
- **Comprehensive Damage Analysis**: Explore composite structures' dynamic performance and failure behavior with a nonlinear damage model.
- **Proven and Reliable**: Our VUMAT subroutine is validated by well-known research papers, ensuring you get accurate results every time.
- **Flexible Use**: Perfect for any simulation involving composite materials.

🎓 **Part of Our Course**: This example is included in our "3D Hashin VUMAT Subroutine for Abaqus with Exponential Damage Evolution" course.

📥 **Get Started Now**:
- **Access the Subroutine**: https://en.banumusagr.com/shop/3dhashin-vumat-abaqus/
- **Explore Additional Subroutines & Plugins**:
https://en.banumusagr.com/shop/

📚 **In-Depth Validation & Testing**:
- **Single-Element Tests**: Tensile, Compressive, Simple Shear
- **ASTM Specimen Tests**: Tensile, Transverse Tensile, Compressive, Simple Shear
- **Low-Velocity Impact Validation**: Verified using the Abaqus model by Guo et al. (2013).

💼 **What's Included**:
- User manual (PDF)
- Abaqus workshop/validation files (*.cae, *.inp, *.jnl, *.odb)
- Fortran Abaqus subroutines for Windows or Linux
- 15-day money-back guarantee
- Free 24/7 online mentoring

https://youtu.be/0MxGF_YcBxs
Don't miss out on this essential tool for your composite material simulations! 🛠️

&D

BanuMusa R&D presents a 3D Hashin VUMAT Subroutine for Abaqus with Exponential Damage Evolution. Effectively describe progressive intralaminar and interlamin...

30/08/2024

In today’s world, ensuring safety against potential threats is more crucial than ever. That's why we specialize in the "design of anti-blast doors using Abaqus finite element analysis". Our innovative approach not only meets industry standards but also addresses the growing demand for robust safety solutions.

🌟 Why Choose Our Service?

Expertise in Abaqus: Leveraging advanced simulation techniques for precise analysis.
Tailored Solutions: Custom designs that meet specific safety needs.
Proven Track Record: Successfully implemented designs that enhance security in high-risk environments.
Join us in creating safer spaces! If you're interested in learning more about how our anti-blast door designs can protect your facilities, feel free to reach out.
https://www.youtube.com/watch?v=Fetx0iRATD4

Design of Anti-Blast Doors - Abaqus FE Analysis The demand to investigate critical issues relevant to safety has rapidly increased in recent years due to num...

27/08/2024

New blog: "Uncertainty Quantification in Finite Element Analysis (FEA)"

Uncertainty Quantification (UQ) examines the degree of uncertainty in input data and assesses how this uncertainty might affect the outcomes of analyses and, consequently, the engineering decisions based on them. This process is highly significant in engineering analyses because, by considering existing uncertainties, more realistic results and more precise engineering decisions can be achieved.

Would you like to read more?

Uncertainty Quantification (UQ) examines the degree of uncertainty in input data and assesses how this uncertainty might affect the outcomes of analyses and,

26/08/2024

How do composite materials behave under low-velocity impacts? Check out our latest simulation video: "Low-Velocity Impact Simulation on Composite Plate - 3D Hashin Abaqus VUMAT Subroutine" 🎥

In this detailed walkthrough, we explore the complexities of simulating composite plates under impact using the 3D Hashin damage model in Abaqus with a custom VUMAT subroutine. Ideal for engineers, researchers, and students working with advanced material simulations!

👉

Low-Velocity Impact Simulation on Composite Plate - 3D Hashin Abaqus VUMAT SubroutineBanuMusa R&D presents a 3D Hashin VUMAT Subroutine for Abaqus with Expon...