Best Practices for Developing Multiphysics Couplings

This seminar, which is not available anywhere else, is now available on demand, allowing for flexible scheduling so you can take it when you want.

Once you are registered, you will receive an email from Karen Lowe with the following information:

  • The course video link and its expiration date (30 days from start of course)
  • The course book

Once you've viewed the seminar, please email training@altasimtechnologies.com with “Course Completed” in the subject line to receive your certificate of completion.

Additionally, if you have questions or would like to provide feedback/comments on your experience with this course, please send them to training@altasimtechnologies.com.

Seminar Price: $79

COMSOL Certified Consultant

 

For questions email or call Karen Lowe at 614 861 7015.

Most users of COMSOL Multiphysics will be doing more than single physics modelling. For multiphysics simulations, the software automatically applies a robust, default solver approach based on the user-selected physics. Intermediate and expert users will find reason to develop strategies for tuning and improving computational efficiency and overcoming challenges associated with non-convergence. An understanding of the under-the-hood solver approaches and available coupling strategies can help analysts leverage the flexibility inherent in the software. Participants in this seminar can expect a better understanding of the relationship between physical couplings existing in nature and the available numerical solver approaches and strategies in COMSOL Multiphysics.

Objective

By the conclusion of this seminar, attendees will posses actionable techniques to construct scalable, accurate, and efficient multiphysics models.

For success, it is recommended that participants have a working knowledge of COMSOL Multiphysics® and possess a relevant engineering, physics, mathematics, or science background.

Instructor

Josh Thomas, AltaSim Senior Engineer, has more than fifteen years of experience in computational analysis specializing in microstructural analysis. 

Payment Methods

Payment must be provided in advance. We accept Visa, MasterCard, American Express, or company purchase order.

Please note that your seat in the course can not be confirmed until payment has been received.

Hear What Our Students are Saying

"I took the Multiphysics Solutions using COMSOL Multiphysics: An Introductory Training Course. It helped me jump start my understanding of COMSOL and how to build simulation models as well as visualize the results. I don’t regularly use COMSOL in my daily work so it is hard to remember all I learned. As a result, I often refer back to the class notes to help me remember how to do a specific task or what settings are needed to accomplish a specific action. The class and notes are valuable as a reference. AltaSim does a good job of training their students. I would recommend them for COMSOL training."

- Jim Vinson ~~ Renesas Electronics Corp.

"I attended two training courses titled "Electromagnetics in COMSOL Multiphysics: AC/DC" and "RF and Wave Optics" where I gained the necessary fundamental knowledge to dig deeper and obtain what is needed to enhance my research work. The efforts Dr. Yushanov invested in delivering the fundamental concepts have greatly helped to strengthen my understanding in building models and run simulations efficiently. These courses have also helped me to gain the required knowledge within a relatively short period of time. Thus, AltaSim Technologies, given its prestigious reputation in COMSOL training, is and will always be my first choice for training courses, as it provides all required knowledge for the most ideal habitat for my career aspiration in performing academic research."

- Ahmad Darwish ~~ TAMU

Scroll to Top