COMSOL Multiphysics empowers engineers to simulate designs, devices, and processes effectively, integrating fully coupled multiphysics and single-physics modeling.

In this video, we explore the exciting new features launched in version 6.3.

Dr. Arpad Forberger highlights the new Electric Discharge Module, which facilitates accurate simulations of electrical discharge phenomena critical in high-voltage engineering and plasma physics.

We also cover key updates enhancing performance across acoustics, mechanics, electronics, and fluid-heat transfer applications. You will see a live demonstration of the Electric Discharge Module for corona effect simulations and learn about the improved Tubular Reactor Surrogate Model for efficient geometry sampling. Lastly, you will discover the innovative Chatbot and Java Shell functionalities that boost user interactivity and streamline the simulation process.

You will learn:

• What COMSOL Multiphysics is and its capabilities.
• Introduction to the Electric Discharge Module.
• Key updates for acoustics and mechanical applications.
• Major improvements for electronic and fluid-heat transfer applications.
• The revolutionary Chatbot and Java Shell functionalities.
• A live demonstration of the Electric Discharge Module for corona effect simulations.
• Insights into the updated Tubular Reactor Surrogate Model for efficient geometry sampling.
• Basic knowledge of simulating coupled physical phenomena for beginners.

Agenda:

• Introduction to COMSOL Multiphysics.
• Overview of the Electric Discharge Module.
• Major updates for:
  • Acoustics applications.
  • Mechanical applications.
  • Electronic applications.
  • Fluid-heat transfer applications.
• Introduction of Chatbot and Java Shell.
• Summary and Q&A session.

Who this video is for:

• Engineers and scientists involved in simulation.
• R&D Engineers, Simulation Project Leads, Electrical Engineers, Mechanical Engineers, and Application Engineer Team Leads.
• Managers and Directors looking to leverage multiphysics modeling in research and design.

How to Access:

To watch the recordings, simply fill out the form on this page. Once registered, you’ll gain immediate access and can watch it directly on the page. Additionally, you’ll receive an email with a link to access the on-demand sessions at your convenience.