Ansys 2020r1 Download: A Guide for Students and Professionals
Ansys is a leading software provider for engineering simulation, offering a comprehensive portfolio of products that cover various physics and disciplines. Whether you are a student, an academic, or a professional engineer, you can benefit from using Ansys software to design, analyze, and optimize your products and systems.
In this article, we will guide you through the process of downloading, installing, and using Ansys 2020r1, the latest release of Ansys software that includes many enhancements and new features. We will also provide you with some useful information about the system requirements, compatibility, and applications of Ansys 2020r1.
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What is Ansys 2020r1?
Ansys 2020r1 is the first release of Ansys software in the year 2020. It was launched in January 2020 and it offers many improvements and new capabilities for engineering simulation across various domains.
An overview of the features and benefits of Ansys 2020r1
Some of the highlights of Ansys 2020r1 are:
It empowers Ansys Mechanical users to handle complex, highly nonlinear, and massively large models with enhanced functionality and performance.
It simplifies the multiphase simulation workflow in Ansys Fluent, enabling novice and expert users to run robust computational fluid dynamics (CFD) simulations faster and easier.
It introduces dynamic new tools for Ansys HFSS SBR+ and Ansys Maxwell that improve the processes for electronic and electromagnetic design.
It integrates Ansys Minerva, a platform that promotes collaboration, data sharing, and access to an array of physics-based simulation software.
It supports new materials data management tools, optical simulation improvements, embedded software design solutions, semiconductor power and reliability solutions, systems simulation tools, and more.
By using Ansys 2020r1, you can streamline your product development life cycle, boost your product performance, and integrate simulations that were traditionally siloed.
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The system requirements and compatibility of Ansys 2020r1
To run Ansys 2020r1 smoothly on your computer, you need to meet the following minimum system requirements:
A processor with at least 4 cores (each product of the current Ansys product line uses 4 cores with no additional charge. Additional cores can be utilized with HPC licenses).
A Windows or Linux operating system (Windows 11 or Windows 10 for Windows users; Red Hat Enterprise Linux (RHEL) or CentOS for Linux users).
A graphics card with at least 4 GB of memory (NVIDIA cards are recommended).
16-128 GB of RAM based on problem size.
Two 1 TB PCIe hard drives in a RAID 0 configuration.
A display with at least 17 inches or larger (dual monitors are often desirable).
You can find more detailed information about the platform support, compatibility, and certification of Ansys 2020r1 on the official website.
<h How to download Ansys 2020r1?
If you are interested in downloading Ansys 2020r1, you have two options: you can either download it from the official website or from the Ansys Minerva platform.
The steps to download Ansys 2020r1 from the official website
To download Ansys 2020r1 from the official website, you need to follow these steps:
Go to the Ansys website and click on the "Download" button at the top right corner.
Select the product that you want to download (e.g., Ansys Mechanical, Ansys Fluent, etc.) and click on the "Download Now" button.
If you are a new user, you need to create an account by filling in your personal and professional details. If you are an existing user, you need to log in with your credentials.
After logging in, you will be redirected to the download page where you can choose the version, platform, and language of your preference. You can also see the file size and the estimated download time.
Click on the "Download" button and wait for the file to be downloaded. You may need to accept some terms and conditions before proceeding.
Once the file is downloaded, you can proceed to install it on your computer.
The steps to download Ansys 2020r1 from the Ansys Minerva platform
An alternative way to download Ansys 2020r1 is to use the Ansys Minerva platform, which is a cloud-based solution that enables you to access, share, and manage your simulation data and workflows. To download Ansys 2020r1 from the Ansys Minerva platform, you need to follow these steps:
Go to the Ansys Minerva website and click on the "Sign In" button at the top right corner.
If you are a new user, you need to create an account by filling in your personal and professional details. If you are an existing user, you need to log in with your credentials.
After logging in, you will be able to see your dashboard where you can access your projects, files, and applications.
Click on the "Applications" tab and select the product that you want to download (e.g., Ansys Mechanical, Ansys Fluent, etc.).
You will be able to see the available versions of the product and their release notes. Choose the version that you want to download (e.g., 2020r1) and click on the "Download" button.
You will be prompted to choose the platform and language of your preference. You can also see the file size and the estimated download time.
Click on the "Download" button and wait for the file to be downloaded. You may need to accept some terms and conditions before proceeding.
Once the file is downloaded, you can proceed to install it on your computer.
The steps to install Ansys 2020r1 on Windows or Linux
After downloading Ansys 2020r1 from either source, you need to install it on your computer. The installation process may vary depending on your operating system (Windows or Linux) and your license type (commercial or academic). However, here are some general steps that apply to most cases:
Locate the downloaded file on your computer and extract it if it is compressed (e.g., zip or tar).
Run the setup.exe file (for Windows) or the INSTALL script (for Linux) as an administrator.
Follow the instructions on the screen and choose the installation options that suit your needs. You may need to specify the installation directory, select the products that you want to install, agree to some terms and conditions, etc.
Wait for the installation process to complete. It may take some time depending on your system configuration and network speed.
After the installation is finished, you can launch Ansys 2020r1 from your start menu (for Windows) or from your terminal (for Linux).
The steps to activate Ansys 2020r1 with a license file or a student account
To use Ansys 2020r1, you need to activate it with a valid license file or a student account. The activation process may vary depending on your license type (commercial or academic) and your product type (standalone or network). However, here are some general steps that apply to most cases:
If you If you have a commercial license file, you need to copy it to the license directory of your Ansys installation (e.g., C:\Program Files\Ansys Inc\Shared Files\Licensing for Windows or /usr/ansys_inc/shared_files/licensing for Linux). You may need to rename the file to ansyslmd.lic or license.dat depending on your product type.
If you have a student account, you need to register it on the Ansys website and obtain a student license key. You can then enter the key when prompted by the Ansys product launcher.
After activating your license, you can start using Ansys 2020r1 for your simulation projects.
How to use Ansys 2020r1?
Now that you have downloaded, installed, and activated Ansys 2020r1, you may wonder how to use it for your engineering simulation needs. Ansys 2020r1 offers a wide range of applications and products that cover various physics and disciplines. Here are some of the main ones:
The main applications and products included in Ansys 2020r1
Application
Product
Description
Structural Mechanics
Ansys Mechanical
A general-purpose finite element analysis (FEA) tool that enables you to perform static, dynamic, thermal, modal, fatigue, fracture, and contact analyses on various structures and materials.
Fluid Dynamics
Ansys Fluent
A powerful computational fluid dynamics (CFD) tool that enables you to model and simulate complex fluid flows, heat transfer, multiphase phenomena, turbulence, combustion, and more.
Electromagnetics
Ansys HFSS SBR+
A fast and accurate tool that enables you to model and simulate high-frequency electromagnetic fields and interactions using the shooting and bouncing ray (SBR) method.
Electronics
Ansys Maxwell
A low-frequency electromagnetic field simulation tool that enables you to design and optimize electric motors, generators, transformers, sensors, actuators, solenoids, and more.
Data Management
Ansys Minerva
A cloud-based platform that enables you to access, share, and manage your simulation data and workflows across different teams and locations.
These are just some of the applications and products that Ansys 2020r1 offers. You can find more information about the full product line on the official website.
The basic workflow and interface of Ansys 2020r1
The basic workflow of using Ansys 2020r1 for any simulation project consists of four main steps:
Pre-processing: This is where you define your geometry, material properties, boundary conditions, meshing parameters, and other settings for your simulation model.
Solving: This is where you run the simulation solver and obtain the numerical results of your analysis.
Post-processing: This is where you visualize and interpret the results of your simulation using various plots, charts, animations, reports, etc.
Optimization: This is where you use various tools and methods to improve your design or system performance based on the simulation results.
The interface of Ansys 2020r1 may vary depending on the application or product that you use. However, most of them share some common elements such as:
A menu bar that provides access to various commands and options.
A toolbar that provides shortcuts to frequently used functions.
A project schematic that shows the structure and status of your simulation project.
A graphics window that displays your geometry, mesh, results, etc.
A tree outline that shows the hierarchy and details of your model components.
A message window that shows the messages and errors from the solver or the application.
A worksheet or a console that allows you to enter commands or scripts for advanced operations.
A help system that provides documentation and tutorials for using the application or product.
You can customize the interface of Ansys 2020r1 according to your preferences by changing the layout, theme, font size, etc. You can also save your interface settings as a profile for future use.
The tips and tricks to optimize your simulation results with Ansys 2020r1
To get the most out of your simulation projects with An To get the most out of your simulation projects with Ansys 2020r1, you may want to follow some tips and tricks that can help you optimize your simulation results and save time and resources. Here are some of them:
Use the Ansys Minerva platform to manage your simulation data and workflows, collaborate with your peers, and access the latest Ansys products and updates.
Use the Ansys Workbench environment to integrate different Ansys applications and products into a single project, and leverage the parametric and associative features to automate and optimize your design iterations.
Use the Ansys Meshing application to generate high-quality meshes for your simulation models, and use the mesh metrics and controls to refine and improve your mesh quality and performance.
Use the Ansys Solver Manager application to monitor and control your simulation runs, and use the parallel processing and distributed solving options to speed up your solution time and reduce your memory usage.
Use the Ansys DesignXplorer application to perform design of experiments (DOE), sensitivity analysis, optimization, and robust design analysis on your simulation models, and use the response surface methods (RSM) to create surrogate models for faster evaluation.
Use the Ansys Discovery Live application to perform real-time interactive simulations on your geometry models, and use the instant feedback and visualization features to explore different design scenarios and physics effects.
These are just some of the tips and tricks that you can use to optimize your simulation results with Ansys 2020r1. You can find more information and resources on the official website, the help system, the online community, or the customer portal.
Conclusion
Ansys 2020r1 is a powerful and comprehensive software suite that enables you to perform engineering simulation across various physics and disciplines. It offers many enhancements and new features that can help you streamline your product development life cycle, boost your product performance, and integrate simulations that were traditionally siloed.
In this article, we have guided you through the process of downloading, installing, and using Ansys 2020r1. We have also provided you with some useful information about the system requirements, compatibility, and applications of Ansys 2020r1. We hope that this article has been helpful for you and that you have enjoyed reading it.
If you are interested in learning more about Ansys 2020r1 or other Ansys products, you can visit the official website, where you can find more documentation, tutorials, videos, webinars, blogs, forums, etc. You can also contact us if you have any questions or feedback about this article or our services.
Thank you for reading this article and happy simulating with Ansys 2020r1!
FAQs
Here are some frequently asked questions (FAQs) about Ansys 2020r1:
How much does Ansys 2020r1 cost?
The cost of Ansys 2020r1 depends on various factors such as the license type (commercial or academic), the product type (standalone or network), the number of cores (4 or more), the duration (annual or perpetual), etc. You can request a quote from the official website or contact an authorized reseller in your region.
How can I get a free trial of Ansys 2020r1?
If you want to try Ansys 2020r1 for free, you have two options: you can either download a free student version from the official website or request a free trial from an authorized reseller in your region. The student version has some limitations in terms of functionality, model size, etc., but it is sufficient for learning purposes. The free trial has full functionality but it is limited in terms of duration (usually 30 days).
How can I update my existing Ansys software to Ansys 2020r1?
If you have an existing Ansys software that is compatible with Ansys 2020r1, you can update it by downloading the latest service pack from the official website or from the customer portal. You may need to enter your license key or account credentials to access the download page. You can then install the service pack on top of your existing installation.
How can I get support for Ansys 2020r1?
If you need support for Ansys 2020r1, you have several options: you can use the help system that is included in each application or product; you can visit the online community where you can ask questions, share ideas, and get answers from other users and experts; you can contact the technical support team via phone, email, or chat; or you can access the customer portal where you can find more resources, documentation, tutorials, etc. You may need to have a valid license or account to access some of these options.
How can I learn more about Ansys 2020r1?
If you want to learn more about Ansys 2020r1, you have many options: you can use the help system that is included in each application or product; you can visit the official website where you can find more documentation, tutorials, videos, webinars, blogs, forums, etc.; you can enroll in an online or in-person training course offered by Ansys or its partners; or you can join an online or local user group where you can network with other Ansys users and experts.
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