• Implanted Stent
  • Gearbox
  • Hyperelastic Membrane with Self Contact
  • 2 Way FSI
  • Internal Combustion Engine
  • Screw Pump Immersed FSI
  • Screw Pump Immersed FSI
  • Drogue Parachute System
  • HFSS of CPU
  • High Power Connector
  • ICEM Mesh Types
  • Maxwell analysis of transformer
  • Mobile phone analysis
  • Pre-tensioned bolt
  • Solenoid magentic field analysis

ANSYS Workbench Mechanical Heat Transfer

Heat Transfer ImageThe ANSYS Heat Transfer Analysis Course covers the basics of how to use ANSYS for thermal simulations.Thermal simulations play an important role in the design of many engineering applications, including internal combustion engines, turbines, heat exchangers, piping systems, and electronic components.

In many cases, engineers follow a thermal analysis with a stress analysis to calculate thermal stresses (that is, stresses caused by thermal expansions or contractions).

A thermal simulation is undertaken to calculate the temperature distribution and related thermal quantities in a system or component. Other typical thermal quantities of interest are; the amount of heat lost or gained, thermal gradients and thermal fluxes.

The methods of modeling the three primary modes of heat transfer, convection, conduction and radiation in ANSYS are discussed in detail for both steady state and transient conditions.

The course is intended for users who are already familiar with the basic analysis procedures covered in the Introduction to ANSYS Course and is intended for analysts with a Bachelors Degree in Engineering or Science, or equivalent knowledge of Heat Transfer

Courses are also available on other specific applications. Please contact us or review our course listings for further information.

Course Objectives

The objective of the ANSYS Heat Transfer Analysis Course is to teach the attendee how to undertake a thermal simulation using ANSYS, including the following topics:

  • Modeling convection, conduction and radiation
  • Linear and nonlinear thermal analysis
  • Steady state thermal analysis
  • Transient thermal analysis
  • Direct and sequential thermal/stress analysis

Course Material

The Training Manual, which is provided, is an exact copy of the course material.

Workshop instructions are included in the Workshop Supplement which is also provided.

Copies of all workshop files are also available.

Topics Covered (09:00 - 17:00)

  • Heat Transfer Fundamentals
  • The Mechanical Application Approach
  • Steady State Thermal Analysis
  • Non-Linear thermal Analysis
  • Transient Thermal Analysis
  • ANSYS APDL Command Language
  • Surface to Surface Radiation
  • Phase Change