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MSC Simufact Forming Free Download: Compare Simufact Forming with other simulation tools for forming technology



How to Download MSC Simufact Forming for Free




MSC Simufact Forming is a powerful software for simulating metal forming processes. It can help you optimize your designs, reduce costs, and improve quality. But how can you get it for free?


In this article, we will show you how to download MSC Simufact Forming for free from a reliable source. You will also learn how to install and activate it on your computer. Follow these steps to get started:




MSC Simufact Forming Free Download



  • Go to this website and click on the "Download 64 Bit x64 v16.0" button. This will start downloading a zip file containing the software.



  • Extract the zip file to a folder on your computer. You will see two folders: "MSC Simufact Forming 16.0" and "SolidSQUAD".



  • Open the "MSC Simufact Forming 16.0" folder and run the "setup.exe" file. This will launch the installation wizard.



  • Follow the instructions on the screen and choose the components you want to install. You can also change the installation directory if you want.



  • When the installation is complete, do not run the software yet. Instead, open the "SolidSQUAD" folder and copy the "Simufact" folder.



  • Paste the "Simufact" folder into the installation directory of MSC Simufact Forming. This will replace some files and crack the software.



  • Now you can run MSC Simufact Forming from your desktop or start menu. You will see a license dialog box. Click on "Use License File" and browse to the "Simufact" folder in the installation directory.



  • Select the "Simufact_Forming_SSQ.lic" file and click on "Open". This will activate the software and allow you to use it for free.



Congratulations! You have successfully downloaded, installed, and activated MSC Simufact Forming for free. You can now enjoy simulating metal forming processes with this powerful software.


Note: This article is for educational purposes only. We do not condone piracy or illegal use of software. Please support the developers by purchasing a legitimate license of MSC Simufact Forming if you like it.


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In this section, we will show you some examples of how to use MSC Simufact Forming for simulating metal forming processes. You will learn how to create a project, import a geometry, define the material properties, set up the boundary conditions, run the simulation, and analyze the results.


Example 1: Forging a Crankshaft




Forging is a metal forming process that involves applying high pressure and temperature to a metal workpiece to shape it into a desired form. A crankshaft is a part of an engine that converts the linear motion of the pistons into rotational motion.


To simulate forging a crankshaft with MSC Simufact Forming, follow these steps:


  • Create a new project and name it "Crankshaft Forging". Choose "Forging" as the process type and "3D" as the dimension.



  • Import the geometry of the crankshaft from a CAD file. You can use the sample file "crankshaft.stl" provided with the software. Scale the geometry to fit the units of your project.



  • Define the material properties of the crankshaft. You can use the built-in database of materials or create your own. For this example, we will use "Steel 42CrMo4" as the material.



  • Set up the boundary conditions of the simulation. You will need to define the initial temperature, the friction coefficient, the heat transfer coefficient, and the die contact. You will also need to create a load curve that specifies the force and displacement of the forging press.



  • Run the simulation and wait for it to finish. You can monitor the progress and status of the simulation in the output window.



  • Analyze the results of the simulation. You can view various parameters such as temperature, stress, strain, deformation, and damage. You can also compare the final shape of the crankshaft with the original geometry and check for any defects or errors.



By simulating forging a crankshaft with MSC Simufact Forming, you can optimize your design, reduce waste, and improve quality.


Example 2: Extruding a Tube




Extrusion is a metal forming process that involves pushing a metal workpiece through a die with a smaller cross-section to create a long product with a uniform shape. A tube is a hollow cylindrical product that can be used for various purposes.


To simulate extruding a tube with MSC Simufact Forming, follow these steps:


  • Create a new project and name it "Tube Extrusion". Choose "Extrusion" as the process type and "3D" as the dimension.



  • Import the geometry of the tube from a CAD file. You can use the sample file "tube.stl" provided with the software. Scale the geometry to fit the units of your project.



  • Define the material properties of the tube. You can use the built-in database of materials or create your own. For this example, we will use "Aluminum 6061" as the material.



  • Set up the boundary conditions of the simulation. You will need to define the initial temperature, the friction coefficient, the heat transfer coefficient, and the die contact. You will also need to create a load curve that specifies the velocity and pressure of the extrusion press.



  • Run the simulation and wait for it to finish. You can monitor the progress and status of the simulation in the output window.



Analyze the results of the simulation. You can view various parameters such as temperature, stress, strain, deformation, and damage. You can also compare the final shape of


  • the tube with the original geometry and check for any defects or errors.



By simulating extruding a tube with MSC Simufact Forming, you can optimize your design, reduce waste, and improve quality.


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