Electromagnetic Waves Modeling (RF) Training

Date & Location

City:	Zoetermeer
Date:	May 30, 2012
Time:	09:00 - 17:00
Location:	COMSOL BV Röntgenlaan 37 2719 DX Zoetermeer Route

Introduction

This is an introduction to COMSOL Multiphysics and the RF Module with a focus on high frequency electromagnetic waves modeling. You will learn how to build models in Microwave Engineering, Antenna Design and Photonics. The course also gives an introduction to multiphysics involving electromagnetic phenomena, e.g. coupling of EM waves to heat or mechanics. It allows current and potential users of COMSOL Multiphysics and the RF Module to use its functionality more efficiently.

Content

• The scope and capabilities of the RF Module
• Problem classes: Antennas, Scattering, Periodic, Guides, Cavities
• Modeling electromagnetic material properties
• Boundary conditions, where and how to use them
• Various ways of modeling radiating boundaries
• Port and Lumped Port boundary conditions
• Transition boundary conditions
• Periodic domains
• Scattered field formulations
• Memory requirements for meshing and solving
• Optimal usage of the solvers for large 3D models
• S-parameters and far field post-processing
• Coupling EM to heat transfer and deformation

Suggested Background

This course is suitable for anyone interested in using COMSOL Multiphysics for the mathematical modeling of physics phenomena. An advanced undergraduate/beginning graduate level of engineering or science education is assumed. Also assumed are some familiarity with Maxwell's equations and the fundamentals of electromagnetics. Attendees should have an understanding of the COMSOL GUI, model building methods, and multiphysics finite element methods as taught in the "COMSOL Multiphysics workshops".

Instructor

Frank de Pont COMSOL BV He holds a Master’s degree in Mechanical Engineering. The first years of his career he specialized on numerical methods for lifetime prediction of fibre reinforced plastic- and rubber components within a wide range of external conditions such as airflow, impact and wear. After joining COMSOL in 2005 he stretched his expertise to the full extent of applied physics: from loudspeakers to water purification, from electro-chemistry to linear electro motors, from superconductivity to thermal management.

Registration/Confirmation

Please register using the form below.
You will receive an email confirmation of your reservation along with a quotation. This quotation can be used by your purchasing department to place a formal order.

Fee

The fee for this course is € 675 per person. Academic discounts are available upon request.
All prices exclude VAT. Charges include course materials, lunch and tea/coffee.

Payment Methods

For payment we will accept direct bank payments or a purchase order.

For more information please contact
Saskia Zijleman
COMSOL B.V.
Röntgenlaan 37
2719 DX Zoetermeer
phone: + (31) (0)79 363 4230
Fax: + (31) (0)79 361 4212
email:

Cancellations

Please read about our cancellation/return policies.