Optics, MEMS, and More: Multiphysics Modeling Using COMSOL
Simulating scientific phenomena is rapidly becoming an integral part of the design and optimization process in many science and engineering fields. Multiphysics simulation that can account for coupling of various models has never been easier - or more powerful - than what COMSOL offers today.
This seminar covers an overview of COMSOL's capabilities, including specific examples relevant to those conducting research and teaching in fields such as:
• Optics, RF and microwave modeling
• Acoustics modeling
• Electromagnetics modeling
• MEMS and Microfluidics modeling
• Electrical-mechanical-thermal coupling
• Flow, transport and chemical reaction modeling
• Unlimited Multiphysics coupling: simulating multiple phenomena and their interactions
We are confident that you will have a good understanding of COMSOL’s capabilities after this seminar. Join us and extend your multiphysics modeling expertise now!
Date & Location
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City:
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Stanford, CA
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Date:
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April 17, 2008 |
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Location:
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AP 200 (Applied Physics Building Room 200)
316 Via Pueblo Mall
Stanford University
Stanford, CA 94305
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Time:
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4:15pm-5:00pm (Refreshments at 4:00pm) |
Host:
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Stanford OSA/SPIE Student Chapter
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Open to Public:
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Free parking after 4:00pm
(in most A, C, and P Visitor Parking lot)
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Speaker
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Brian Adolf
COMSOL Inc.
Brian Adolf graduated from the University of California, Berkeley with degrees in Electrical Engineering / Computer Science and Physics. He worked as an Analog IC designer making DC/DC converters for cell phones and portable electronics. Brian then started his own company using COMSOL Multiphysics, and is now a
COMSOL Applications Engineer at the Palo Alto office. |
Sign-up Here
To help us better prepare for the seminar, please register below, so we know you will be there! If you have any questions, feel free to call our office at 650-324-9935, or email Jiahe (Jan) Wang at
jan@comsol.com.
See you at the seminar!
