Array ( [0] => Array ( [time] => 9.00am – 12.00pm [content_title] => [has_sub_content] => 1 [subcontent_link_text] => [subcontent_title] => Electromagnetic Modeling for Low & High Frequency Devices [subcontent_subtitle] => [subcontent_content] =>

This session provides you an introduction to using COMSOL Multiphysics® to design and optimize electromagnetic devices that work at low and high frequencies. You will learn how to simulate devices such as, coils, magnets, transformers, waveguides, fiber optics, photonic crystal, cavities, and metamaterials.

Key contents include:

• General introduction to the modules for electromagnetics modelling
• Applications scopes of the modules
• How to select the appropriate electromagnetic module based on the operating frequency and wave length
• Infinite element and perfectly matched layer
• Scattering and far-field calculations
• Drude-Lorentz, Debye and Sellmeier Dispersion models
• Meshing Techniques
• Typical boundary conditions
• Hands-on exercise: RF Heating

) [1] => Array ( [time] => 2.00pm - 5.00pm [content_title] => [has_sub_content] => 1 [subcontent_link_text] => [subcontent_title] => Structural Mechanics & Heat Transfer Analysis [subcontent_subtitle] => [subcontent_content] =>

This session provides an introduction to the key features in COMSOL’s Structural Mechanics and its add-on modules.

The different structural material models, structural elements and study types will be covered. We will also present on how to add damping and losses. We will discuss the multiphysics interfaces in Structural Mechanics module and the thermal expansion analysis that couples Structural Mechanics with Heat Transfer will be emphasized.

The key contents include:

• Key features of Structural Mechanics Module and its add-on modules
• Different structural material models, structural elements and study types
• The multiphysics interfaces
• Heat transfer in solids
• Hands-on exercise: Thermal Microactuator

) )