Engine Heat Transfer

Heat transfer is a critical factor in engine performance, reliability, and longevity. This course explores how energy flows in and out of the combustion chamber, the impact on engine components, and how to manage thermal loads through cooling systems and design strategies. With a blend of real-world experience and technical depth, learners will gain practical knowledge of thermal modeling, coolant behavior, and temperature control techniques essential for modern engine development.

Learning Outcomes:

  • Identify key engine systems affected by heat transfer and understand their interdependencies.
  • Apply thermodynamic models and thermal mapping techniques to analyze and optimize engine performance.
  • Evaluate cooling circuit design, coolant properties, and temperature control strategies for effective thermal management.

Who Should Attend:

  • Mechanical and thermal engineers involved in engine design, testing, or performance optimization.
  • Engineering students and ICE enthusiasts seeking a deeper understanding of thermal dynamics in engines.
  • Technical managers and decision-makers responsible for engine lifecycle and system integration.
Date
Format
ID
Fee
 July 01-June 30, 2024
Online Anytime
ID: D534
Fee: $300