Please review the changes to eligibility below. Please review the following chnages that will be made and action you need to take:. We recommend requesting this license in advance. Please review the FAQ for instructions on how to change your license server.
This includes, but is not limited to:. Teaching licenses are available without needing to request approved access. However, please review your eligibility and terms of use before using teaching licenses. Just because teaching licenses do not require approval does not mean they can be used by those that are ineligible or against the terms of use.
Research licenses need to be requested and approved as of May 1st To request a license, please check that you are eligible prior to requesting. Please submit a ticket to the IT Help Desk and include the following information:. Note: ECE users should use the web form linked above, too.
Links in this page may point to resources that require sign up that will send your information outside of Canada. This is provided to you as an optional resource that you can choose to use or not freely.
Student lead Engineering Design Teams student members are free to use our ANSYS teaching licenses regardless of assocation with a particular department. However, there are limitations. Learning Hub is provided based on eligibility of resesearch licenses. A sign-up link will be provided when requesting a research license.
Have a technical question? Want to discuss an innovative new idea? This is a public forum for the benefit of authorized ANSYS Academic product users, allowing the sharing of ideas, and for open discussion on topics that are of interest to the ANSYS academic user base.
This should be your primary method to obtain support if required rather than contacting the company's direct support. ANSYS employees monitor the forums and respond on various topics which keeps the information accessible and open to everyone.
Want to be kept updated on applications of simulations? Webinar available? There are two main differences in the license types for teaching and research.
If you are are doing teaching or learning for a UBC course section or academic program, then naturally you would use teaching licenses.
If you isolate these forces and examine them separately, you may not get an accurate prediction of the behavior of the product. The Ansys multi-physics solution helps you look at these effects in any combination, achieving the highest fidelity solution to eliminate reliability issues and to create safe and effective products. The accuracy of multiphysics simulation is as high as individual physical and numerical models. Ansys Trusted Solver technology combined with high performance computing is the basis for a quick and accurate analysis of all our multiphysicalsolutions.
Find the best, fastest design by combining multiphysical simulation with design optimization within Ansys Workbench to meet all your competing product requirements. Simulate mechanical, thermal, electrical and fluid-mechanical properties in a single interface, with an integrated view of the design. Predict the performance of the broadest range of heat transfer problems including conjugated heat transfer CHT and thermal-structure interaction FSI.
Ansys provides electronics cooling simulation solutions for chip, package, and board thermal analysis as well as thermo-mechanical stress analysis for accurate predictions of deformations and warping. Ansys provides the tools to manage the heat that can cause failures in electronics components as well as analyze die packages, PCBs, and interconnect thermal differential expansions to improve electronics reliability.
Ensure your products are performing the way they were designed to. The Ansys multiphysics suite allows you to ensure power integrity for performance, reliability, and cost from chip-level power sign-off to automated AC operating performance prediction to DC power loss and thermal mitigation analyses. The Ansys suite can help identify signal integrity issues during the design stages for electronics IC packages, PCBs, connectors, and other complex interconnects.
Reduce design cost and optimize everything from the size, noise, efficiency, and durability of your electric motors. Ansys provides a robust set of electromagnetic, thermal, and mechanical analyses with power electronic circuit simulation and embedded software tools to provide full insights on the motor system. Analyze how your designs will respond to vibrations from different phenomena such as earthquakes, acoustic, and others.
Ansys provides the capabilities and platform for single physics as well as multiphysics simulations to help you overcome your toughest vibration challenges. Ansys offers a comprehensive design methodology for simulating complex products with electrical, electronic, thermo-fluid, mechanical and embedded software components. From IoT products to automotive and avionic systems, Ansys enables you to simulate complete system models.
This methodology offers 3D precision and reduced-order modeling ROM for verifying multi-domain system performance. Offshore structures often have different requirements than traditional structures.
Ansys provides the tools to accurately simulate the loads and effects of waves, currents, and wind-based phenomena.
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