on-demand webinar

Design and optimize high temperature and combustion processes using simulation


Design and optimize high temperature and combustion processes using simulation

Energy consumption and pollution control are two main drivers in all combustion/high temperature processes such as those in furnaces, heaters, ovens, dryers and rotary kilns. Simulation has a large role to play in reducing energy consumption while meeting regulatory pollution-control requirements, and can significantly improve the bottom-line of the process, refining, chemical, glass and steel industries.

In this webinar, you will learn:

  • How thermal and combustion engineers can benefit from using simulation to optimize operating conditions and designs
  • How straightforward it is to set up geometry, a reasonable mesh and adequate physics in order perform simulations and design explorations with Simcenter STAR-CCM+®
  • How the Multiphysics approach in Simcenter STAR-CCM+ can be used to address the challenges associated with:
    • Combustion and pollutants
    • Acoustics and flame dynamics
    • Conjugate heat transfer
    • Optimizing operating conditions using rigorous approaches

Who should attend:

  • Thermal engineers/Furnace engineers and managers who want to troubleshoot or optimize combustion and thermal processing equipment--this event will help you understand the applicability of deploying simulation to achieve these objectives
  • Combustion engineers who are already using CFD in engineering work flow--this session will demonstrate the strengths of Simcenter STAR-CCM+ meshing, workflow and the latest physics models for some of the most challenging mixing problems in the industry


  • Dr. Zhi G. Xu, Head of Technology, Kiln Flame Systems
  • Dr. Niveditha Krishnamoorthy, Technical Specialist, Combustion and Reacting Flows, Siemens PLM Software