MSC Simufact Forming 'LINK' Free Download
How to Get MSC Simufact Forming for Free: A Complete Guide
If you are looking for a powerful and easy-to-use software for metal forming simulation, you might be interested in MSC Simufact Forming. This software covers a wide range of forming technologies and provides a realistic representation of the processes with full 3D functionality and 3D visualization of all the tools and parts.
MSC Simufact Forming Free Download
But how can you get MSC Simufact Forming for free? Is there a way to download and use this software without paying a license fee? In this article, we will show you how to get MSC Simufact Forming for free and what are the benefits and limitations of doing so.
What is MSC Simufact Forming?
MSC Simufact Forming is a simulation software suite developed by Simufact Engineering, a subsidiary of Hexagon Manufacturing Intelligence. Simufact Engineering is a leading provider of simulation solutions for manufacturing processes, especially in the metal working industry.
MSC Simufact Forming allows you to design and optimize all forming production processes, such as cold forming, hot forging, sheet metal forming, rolling, open die forging, heat treatment, and more. You can simulate the material behavior, the tool deformation, the temperature distribution, the stresses and strains, the microstructure evolution, and the final part quality.
With MSC Simufact Forming, you can reduce trial-and-error costs, improve product quality and performance, shorten development time, and increase productivity. You can also integrate MSC Simufact Forming with other software tools from Hexagon, such as MSC Apex Generative Design, MSC Nastran, or MSC Marc.
How to Get MSC Simufact Forming for Free?
There are two ways to get MSC Simufact Forming for free: either by requesting a trial version or by applying for an academic license.
Trial Version
The trial version of MSC Simufact Forming is a fully functional software that you can use for a limited time (usually 30 days) to test its features and capabilities. You can request a trial version by filling out a form on the official website of Simufact Engineering: https://www.simufact.com/trial.html.
After submitting the form, you will receive an email with a download link and an activation code. You will need to install the software on your computer and activate it with the code. You will also get access to online tutorials and documentation to help you get started with the software.
The trial version of MSC Simufact Forming has some limitations compared to the full version. For example, you cannot save or export your simulation results, you cannot use parallel computing or cloud computing options, and you cannot access some advanced modules or features. However, you can still perform basic simulations and evaluate the software performance and usability.
Academic License
The academic license of MSC Simufact Forming is a free software license that is granted to students, teachers, researchers, or educational institutions who want to use the software for non-commercial purposes. You can apply for an academic license by filling out a form on the official website of Hexagon Manufacturing Intelligence: https://www.mscsoftware.com/academic/free-software.
After submitting the form, you will receive an email with a download link and an activation code. You will need to install the software on your computer and activate it with the code. You will also get access to online tutorials and documentation to help you get started with the software.
The academic license of MSC Simufact Forming has some limitations compared to the full version. For example, you cannot use more than 32 cores or 128 GB of RAM for your simulations, you cannot use parallel computing or cloud computing options, and you cannot access some advanced modules or features. However, you can still perform basic simulations and use the software for teaching or research purposes.
What are the Features and Modules of MSC Simufact Forming?
MSC Simufact Forming is a modular software suite that offers a variety of features and modules to suit different forming processes and applications. You can choose the modules that best fit your needs and customize your simulation workflow accordingly. Here are some of the main features and modules of MSC Simufact Forming:
Finite Element Method (FEM): This is the core module of MSC Simufact Forming that allows you to simulate any forming process using the finite element method. You can model the material behavior, the tool deformation, the contact conditions, the friction effects, the heat transfer, and the microstructure evolution. You can also use different element types, meshing options, solver settings, and parallel computing options to optimize your simulation performance and accuracy.
Finite Volume Method (FVM): This is an optional module that allows you to simulate hot forming processes using the finite volume method. This method is faster and more stable than the finite element method for large deformations and high temperatures. You can also use a new parallelization method that speeds up the simulation by a factor of four.
Cutting: This is an optional module that allows you to simulate cutting and shearing processes using a damage-based separation criterion. This criterion identifies the crack path by the calculated damage gradient and ensures a realistic representation of the material separation. You can also use mesh-separation techniques to avoid volume losses due to element deletions.
Mechanical Joining: This is an optional module that allows you to simulate mechanical joining processes such as self-piercing riveting, clinching, or hemming. You can model the joining process, the joint strength, the residual stresses, and the distortions. You can also use damage-based separation criteria for brittle or higher-strength materials.
Heat Treatment: This is an optional module that allows you to simulate heat treatment processes such as quenching, tempering, or annealing. You can model the temperature distribution, the phase transformation, the residual stresses, and the hardness distribution. You can also use microstructure models to predict the grain size and orientation.
Rolling: This is an optional module that allows you to simulate rolling processes such as flat rolling, profile rolling, ring rolling, or tube rolling. You can model the roll gap geometry, the roll force and torque, the roll wear, the material flow, and the final part quality.
Sheet Metal Forming: This is an optional module that allows you to simulate sheet metal forming processes such as deep drawing, bending, stretching, or hydroforming. You can model the blank holder force, the drawbead friction, the springback effect, and the thinning and wrinkling phenomena.
Cold Forming: This is an optional module that allows you to simulate cold forming processes such as cold extrusion, cold heading, or cold forging. You can model the material hardening, the die wear, the flash formation, and the final part quality.
Hot Forging: This is an optional module that allows you to simulate hot forging processes such as open die forging, closed die forging, or impression die forging. You can model the material softening, the die heating and cooling, the flash formation, and the final part quality.
Ring Rolling: This is an optional module that allows you to simulate ring rolling processes such as radial-axial ring rolling or radial ring rolling. You can model the ring geometry, the roll force and torque, the roll wear, and the final part quality.
How to Use MSC Simufact Forming?
MSC Simufact Forming has a simple, intuitive, and process-oriented user interface that allows you to easily set up and evaluate any forming process. You can follow these basic steps to use MSC Simufact Forming:
Define the process: You can choose the process type, the number of stages, the machine type, and the material model from the predefined databases or create your own custom ones. You can also define the initial and boundary conditions, such as temperature, velocity, friction, or heat transfer.
Create the model: You can import the geometry of the tools and parts from CAD files or create them using the built-in geometry editor. You can also assign the material properties, the contact conditions, and the mesh parameters to the model. You can use different element types, meshing options, and mesh refinement techniques to optimize your model quality and accuracy.
Run the simulation: You can choose the solver type, the solver settings, and the parallel computing options to run your simulation. You can use either the finite element method or the finite volume method depending on your process type and requirements. You can also use different time step control options to speed up your simulation.
Analyze the results: You can display and evaluate the simulation results graphically using plots, animations, and diagrams. You can also export the results to other software tools for further analysis. You can analyze various aspects of your forming process, such as material behavior, tool deformation, temperature distribution, stresses and strains, microstructure evolution, and final part quality.
What are the Benefits of MSC Simufact Forming?
MSC Simufact Forming is a powerful and reliable software solution for metal forming simulation that offers many benefits to its users. Here are some of the main benefits of MSC Simufact Forming:
Accuracy: MSC Simufact Forming provides a realistic representation of the forming processes with full 3D functionality and 3D visualization of all the tools and parts. It also takes into account all relevant physical phenomena, such as material behavior, tool deformation, contact conditions, friction effects, heat transfer, and microstructure evolution. It also uses advanced material models, damage models, and microstructure models to predict the material properties and performance in the course of conventional and inductive heat treatment.
Efficiency: MSC Simufact Forming allows you to reduce trial-and-error costs, improve product quality and performance, shorten development time, and increase productivity. It also helps you to optimize your forming processes by identifying potential problems and defects, such as cracks, wrinkles, thinning, springback, or residual stresses. It also helps you to design and optimize your tools and dies by predicting their deformation and wear.
Usability: MSC Simufact Forming has a simple, intuitive, and process-oriented user interface that allows you to easily set up and evaluate any forming process. It also has a template technology that supports you during the simulation set-up and conducts process-specific expert adjustments in the background. It also has a context-based help system that provides you with all the necessary information and examples for your simulation tasks.
Versatility: MSC Simufact Forming covers a wide range of forming technologies and applications. It also offers a modular software suite that allows you to choose the features and modules that best fit your needs. It also integrates with other software tools from Hexagon Manufacturing Intelligence, such as MSC Apex Generative Design, MSC Nastran, or MSC Marc.
Conclusion
In this article, we have shown you how to get MSC Simufact Forming for free and what are the features and benefits of this software. MSC Simufact Forming is a professional simulation software suite for metal forming processes that allows you to design and optimize your forming production processes in a realistic and efficient way. Whether you are a student, a teacher, a researcher, or an engineer, you can use MSC Simufact Forming to simulate and improve your forming processes and products.
If you want to learn more about MSC Simufact Forming, you can visit the official website of Simufact Engineering: https://www.simufact.com/simufactforming-forming-simulation.html. You can also request a trial version or an academic license to get MSC Simufact Forming for free and test its features and capabilities.
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