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Simdesigner for CATIA V5R21: A Free and Powerful Simulation Tool
If you are a design engineer who uses CATIA V5R21 as your CAD software, you might be interested in a free and powerful simulation tool that can help you improve your designs and optimize your performance. This tool is called Simdesigner, and it is developed by Hexagon Manufacturing Intelligence Metrology Software Inc., a leading provider of engineering solutions. In this article, we will explain what Simdesigner is, why you need it, how to get it for free, and how to use it effectively.
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What is Simdesigner and why you need it
Simdesigner is a CAD-embedded simulation tool that integrates with CATIA V5, one of the most widely used CAD software in the world. Simdesigner allows design engineers to perform various types of simulations within their preferred CATIA environment, without having to switch to another software or export their models. This way, they can conduct in-process simulation and explore design alternatives earlier in the development cycle, saving time and money.
Simdesigner is a CAD-embedded simulation tool that integrates with CATIA V5
Simdesigner is not a standalone software, but a suite of workbenches that are added to the CATIA V5 interface. Each workbench corresponds to a different discipline of simulation, such as structures, motion, thermal, or crash. Simdesigner uses the same geometry data as CATIA V5, so there is no need to create or import separate models for simulation. Simdesigner also supports parametric modeling and design changes, so any modification made in CATIA V5 is automatically reflected in Simdesigner.
Simdesigner enables design engineers to perform various types of simulations within their preferred CATIA environment
Simdesigner gives design engineers scalable, easy-to-learn simulation tools that increase their first-pass simulations, empower more what-if scenarios, and identify design flaws earlier. With Simdesigner, they can perform simulations such as:
Linear and nonlinear finite element analysis (FEA) for stress, strain, deformation, buckling, vibration, fatigue, etc.
Rigid or flexible body dynamics for kinematics, kinetics, forces, torques, etc.
Heat transfer analysis for temperature distribution, heat flux, thermal expansion, etc.
Impact simulation for crashworthiness, safety, energy absorption, etc.
Simdesigner supports various solvers such as MSC Nastran, Marc, Simdesigner benefits include speeding up time-to-market, reducing development costs, improving product quality, and enabling better collaboration
By using Simdesigner, design engineers can enjoy several benefits that can enhance their productivity and competitiveness. Some of these benefits are:
Speeding up time-to-market and innovation: Simdesigner is fully integrated within the CAD process, empowering users to conduct in-process simulation and explore design alternatives earlier - enabling leading-edge innovative designs and rapidly accelerating design cycles.
Reducing development costs: Design engineers gain valuable insight into product performance characteristics and can perform additional design comparisons earlier in development cycles. A series of virtual prototypes can be investigated during early stages of the design process, reducing physical test costs.
Improving product quality: Simdesigner empowers more real-life, early simulation studies - reducing design flaws, warranty costs, and field failures.
Enabling better collaboration: Simdesigner provides model reuse and data interoperability between design and analysis. CAE specialists can focus their time on more complex analyses while design engineers conduct upfront simulation studies to improve designs.
How to get Simdesigner for CATIA V5R21 for free
If you are interested in trying out Simdesigner for CATIA V5R21, you will be glad to know that it is available as a free download from the official website of Hexagon Manufacturing Intelligence Metrology Software Inc. However, before you download and install Simdesigner, you need to make sure that you have a valid license of CATIA V5R21 and a compatible operating system. In this section, we will guide you through the steps of getting Simdesigner for free.
Simdesigner is available as a free download from the official website of Hexagon Manufacturing Intelligence Metrology Software Inc.
To download Simdesigner for CATIA V5R21 for free, you need to visit the following website: [SimDesigner Workbench Edition for CATIA V5](^1^). On this page, you will find a brief introduction to Simdesigner and its features, as well as a link to request a free trial. Click on the link and fill out the form with your name, email address, company name, country, and phone number. You will also need to agree to the terms and conditions of the trial. After submitting the form, you will receive an email with a link to download Simdesigner. The file size is about 1.2 GB, so make sure you have enough space on your hard drive.
Simdesigner requires a valid license of CATIA V5R21 and a compatible operating system
Before you install Simdesigner, you need to check if you have a valid license of CATIA V5R21 and a compatible operating system. Simdesigner supports CATIA V5R21 SP0 or higher, and it requires a minimum of 4 GB of RAM and 10 GB of free disk space. The supported operating systems are Windows 7 (64-bit), Windows 8.1 (64-bit), Windows 10 (64-bit), or Windows Server 2012 R2 (64-bit). If you do not have CATIA V5R21 installed on your computer, you can download it from [CATIA V5R21 for Designers](^2^) or [CATIA V5R21 for Engineering Design: Essential Tools and Features](^3^).
Simdesigner installation and activation steps
After downloading Simdesigner from the email link, you need to follow these steps to install and activate it:
Extract the zip file to a folder on your computer.
Run the setup.exe file as an administrator.
Follow the instructions on the screen to select the installation folder and the workbenches you want to install.
Wait for the installation to complete.
Launch CATIA V5R21 and go to Tools > Options > General > Licensing.
Select MSC Software from the list of providers and click OK.
Go to Start > All Programs > MSC.Software > Licensing > LMTools Utility.
Select the System Settings tab and copy the Ethernet Address.
Email this address to simdesigner@hexagon.com along with your name and company name.
You will receive an email with a license file attached.
Save this file to C:\MSC.Software\MSC.Licensing\11.13\license.dat
Restart CATIA V5R21 and enjoy using Simdesigner!
How to use Simdesigner for CATIA V5R21
Now that you have installed and activated Simdesigner, you are ready to use it for your simulation projects. In this section, we will show you how to use Simdesigner workbenches and features, as well as the workflow and interface of Simdesigner.
Simdesigner workbenches and features
Simdesigner consists of four workbenches that correspond to different disciplines of simulation: structures, motion, thermal, and crash. Each workbench has its own features and capabilities that allow you to perform various types of analyses. Here is a brief overview of each workbench:
Structures workbench for linear and nonlinear FEA
The structures workbench allows you to perform linear and nonlinear finite element analysis (FEA) for stress, strain, deformation, buckling, vibration, fatigue, and other structural behaviors. You can use various types of elements such as beams, shells, solids, or composites, and apply different types of loads and constraints such as forces, pressures, displacements, temperatures, or contacts. You can also perform modal analysis, frequency response analysis, random response analysis, or harmonic response analysis. The structures workbench supports MSC Nastran and Marc solvers.
Motion workbench for rigid or flexible body dynamics
The motion workbench allows you to perform rigid or flexible body dynamics for kinematics, kinetics, forces, torques, and other motion characteristics. You can use various types of joints and constraints such as revolute, prismatic, cylindrical, spherical, or planar, and apply different types of loads and motions such as forces, torques, velocities, accelerations, or displacements. You can also perform static equilibrium analysis, dynamic equilibrium analysis, or inverse dynamics analysis. The motion workbench supports MSC Adams solver.
Thermal workbench for heat transfer analysis
The thermal workbench allows you to perform heat transfer analysis for temperature distribution, heat flux, thermal expansion, and other thermal behaviors. You can use various types of elements such as shells or solids, and apply different types of loads and boundary conditions such as heat sources, convection coefficients, radiation factors, or temperatures. You can also perform steady-state analysis or transient analysis. The thermal workbench supports MSC Nastran solver.
Crash workbench for impact simulation
The crash workbench allows you to perform impact simulation for crashworthiness, safety, energy absorption, and other crash behaviors. You can use various types of elements such as shells or solids with material models such as plasticity or damage. You can also apply different types of loads and boundary conditions such as initial velocities or accelerations. You can also perform explicit dynamic analysis with large deformations and nonlinearities. The crash workbench supports MSC Dytran solver.
Simdesigner workflow and interface
The workflow of Simdesigner is similar to the workflow of CATIA V5. You start by creating a simulation model from a CATIA part or assembly. Then you define the materials, loads, constraints, and contacts for your simulation model. Then you choose a solver and run a simulation. Finally, you view and interpret the results of your simulation. Here is a brief overview of each step:
How to create a simulation model from a CATIA part or assembly
To create a simulation model from a CATIA part or assembly, you need to follow these steps:
Open the CATIA part or assembly that you want to simulate.
Select the Simdesigner workbench that corresponds to the type of simulation that you want to perform.
In the Simdesigner toolbar, click on the Create Simulation Model icon.
A dialog box will appear, asking you to name your simulation model and choose a solver.
Enter a name for your simulation model and select the solver that you want to use.
Click OK. A new window will open, showing your simulation model in the Simdesigner environment.
How to define materials, loads, constraints, and contacts for your simulation model
To define materials, loads, constraints, and contacts for your simulation model, you need to follow these steps:
In the Simdesigner window, select the part or assembly that you want to assign a material to.
In the Simdesigner toolbar, click on the Assign Material icon.
A dialog box will appear, showing a list of available materials. You can choose from predefined materials or create your own custom materials.
Select the material that you want to assign and click OK. The material properties will be displayed in the Properties panel.
Repeat steps 1-4 for each part or assembly that you want to assign a material to.
In the Simdesigner window, select the part or assembly that you want to apply a load or constraint to.
In the Simdesigner toolbar, click on the Load/Constraint icon.
A dialog box will appear, showing a list of available loads and constraints. You can choose from predefined loads and constraints or create your own custom loads and constraints.
Select the load or constraint that you want to apply and click OK. The load or constraint parameters will be displayed in the Properties panel.
Repeat steps 6-9 for each part or assembly that you want to apply a load or constraint to.
In the Simdesigner window, select two parts or assemblies that you want to define a contact between.
In the Simdesigner toolbar, click on the Contact icon.
A dialog box will appear, showing a list of available contact types. You can choose from predefined contact types or create your own custom contact types.
Select the contact type that you want to define and click OK. The contact parameters will be displayed in the Properties panel.
Repeat steps 11-14 for each pair of parts or assemblies that you want to define a contact between.
How to choose a solver and run a simulation
To choose a solver and run a simulation, you need to follow these steps:
In the Simdesigner window, select your simulation model in the Simulation Model Tree panel.
In the Simdesigner toolbar, click on the Solver Settings icon.
A dialog box will appear, showing the solver settings for your simulation model. You can modify the settings according to your preferences and requirements.
Click OK. The solver settings will be saved in the Properties panel.
In the Simdesigner toolbar, click on the Run Simulation icon.
A dialog box will appear, showing the progress of your simulation. You can monitor the status and messages of your simulation in this dialog box.
When your simulation is completed, click OK. The results of your simulation will be stored in the Results folder in the Simulation Model Tree panel.
How to view and interpret the results of your simulation
To view and interpret the results of your simulation, you need to follow these steps:
In the Simdesigner window, select your simulation model in the Simulation Model Tree panel.
In the Simdesigner toolbar, click on the Post Processing icon.
A new window will open, showing your simulation results in graphical form. You can use various tools and options to manipulate and visualize your results, such as contour plots, vector plots, animations, charts, tables, etc.
You can also export your results to various formats such as images, videos, reports, etc., for further analysis or presentation purposes.
Conclusion and FAQs
In In this article, we have introduced you to Simdesigner, a free and powerful simulation tool that integrates with CATIA V5R21. We have explained what Simdesigner is, why you need it, how to get it for free, and how to use it effectively. We hope that you have found this article useful and informative, and that you will give Simdesigner a try for your simulation projects. Simdesigner can help you speed up time-to-market, reduce development costs, improve product quality, and enable better collaboration. If you have any questions or feedback, please feel free to contact us at simdesigner@hexagon.com. Thank you for reading!
FAQs
Here are some frequently asked questions about Simdesigner:
Q: What are the system requirements for Simdesigner?
A: Simdesigner requires a valid license of CATIA V5R21 SP0 or higher, and a compatible operating system such as Windows 7 (64-bit), Windows 8.1 (64-bit), Windows 10 (64-bit), or Windows Server 2012 R2 (64-bit). It also requires a minimum of 4 GB of RAM and 10 GB of free disk space.
Q: How long is the free trial period for Simdesigner?
A: The free trial period for Simdesigner is 30 days. You can request a free trial by filling out the form on the website of Hexagon Manufacturing Intelligence Metrology Software Inc.
Q: How can I extend or renew my license for Simdesigner?
A: If you want to extend or renew your license for Simdesigner, you can contact simdesigner@hexagon.com and request a quote. You can also visit the website of Hexagon Manufacturing Intelligence Metrology Software Inc. and explore their other products and services.
Q: What are the limitations or restrictions of Simdesigner?
A: Simdesigner is a CAD-embedded simulation tool that is designed for design engineers who want to perform in-process simulation and explore design alternatives earlier in the development cycle. It is not intended to replace or compete with standalone CAE software that are used by CAE specialists for more complex and advanced analyses. Simdesigner also has some limitations or restrictions in terms of the number of elements, nodes, degrees of freedom, or solver options that it can handle.
Q: Where can I find more information or support for Simdesigner?
A: You can find more information or support for Simdesigner by visiting the website of Hexagon Manufacturing Intelligence Metrology Software Inc., where you can access user manuals, tutorials, videos, webinars, forums, blogs, etc. You can also contact simdesigner@hexagon.com for any technical or sales inquiries.
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