Heat Transfer Simulation in Materials Processing
- Monday, 08 April 2013
Thermal processes are often used to create materials with specific mechanical and physical properties for use in advanced product designs in many industries including medical products, automobiles, and aerospace. Gases or liquids are typically used to heat or cool materials via conjugate heat transfer. In this webinar, we will demonstrate the use of COMSOL Multiphysics to investigate the effect of fluid flow rate on the quenching of a hot component. Conjugate heat transfer can occur via conduction, convection and even radiation in the case of high processing temperatures and therefore represents a full-featured heat transfer and CFD application requiring multiphysics analysis for accurate simulation. A Q&A session will take place at the conclusion of the webinar.
Speaker: Kyle C. Koppenhoefer, Principal, ALTASIM
Kyle Koppenhoefer has extensive experience in a wide range of computational mechanics applied to the medical products, automotive, petrochemical and defense industries. He has considerable expertise in advanced finite element procedures and their application to the analysis of structures subjected to multiphysics loading. He obtained his B.S. in Engineering Science and Mechanics, from Virginia Polytechnic Institute and his M.S. and PhD. in Civil Engineering from the University of Illinois.
Speaker: John Dunec Vice President of Sales NW US, COMSOL
John Dunec received his PhD from Stanford University in 1983. John has
over 25 years of experience in product analysis and development. He started his career at IBM, was successful at an early multiphysics startup, and then ran a product development consulting firm. As a consultant, he was one of COMSOL’s first US customers and is now VP of Sales, North West US and Manager of the Palo Alto office. He has been teaching COMSOL courses throughout the US since 2003.