Array ( [0] => Array ( [time] => 9.00am - 12.00pm [content_title] => [has_sub_content] => 1 [subcontent_link_text] => [subcontent_title] => Chemical Reaction Engineering Simulations [subcontent_subtitle] => [subcontent_content] =>

This session provides an intensive introduction to simulation for chemical reaction engineering using COMSOL Multiphysics.  We will cover the key features in COMSOL’s Chemical Reaction Engineering Module and its applications. You will learn about the modeling of chemical systems primarily affected by chemical composition, reaction kinetics, fluid flow, and temperature as functions of space and time. The modeling approaches in heterogeneous catalysis will be also be covered.

Key contents include:

• Introduction to the physics interfaces
• Application scopes and modeling strategies
• Coupling of different physics
• Thermodynamic data
• Modeling approaches in heterogeneous catalysis
• Hands-On Exercise: Thermal decomposition

) [1] => Array ( [time] => 1.00pm - 4.00pm [content_title] => [has_sub_content] => 1 [subcontent_link_text] => [subcontent_title] => Introduction to COMSOL Multiphysics [subcontent_subtitle] => [subcontent_content] =>

This workshop provides an general introduction to the key features and capabilities of COMSOL Multiphysics. especially the equation-based modeling. You will learn about all the main aspects of using COMSOL, including the fundamentals of multiphysics modelling and COMSL’s simulation workflow. We will also demonstrate how you can make use of equation-based modelling to solve simulation problems.

Key contents include:

• Introduction to physics based modules (electrical, mechanical, fluid flow, chemical)
• Multiphysics approaches
• Coupling of different physics
• Equation-based modeling
• Simulation workflow
  • Set up the model environment
  • Create geometrical objects
  • Specify material properties
  • Define physics boundary conditions
  • Create the mesh
  • Run the simulation
  • Postprocess the results
• Hands-On Exercises

) )