Analysis Design Productivity Limited
ANSYS WorkBench – Heat Transfer
Audience
The ANSYS Workbench is a new-generation solution from ANSYS that provides powerful methods for interacting with the ANSYS solver functionality. This environment provides a unique integration with CAD systems and the design process, enabling the best CAE results.
The ANSYS WorkBench – Heat Transfer training course is for Analysts that have experience using ANSYS WorkBench that wish to learn about the Heat Transfer capabilities of ANSYS within Workbench.
Recommended background knowledge
- Engineering degree or engineering experience
- ANSYS Workbench - Mechanical Introduction training seminar
- Basic functional familiarity with computers.
Topics Covered
- Introduction - About ANSYS, Workbench Overview, Starting Mechanical, Workbench Environment, Workbench File Management, Working With Units
- Heat Transfer Fundamentals - Symbols and Conventions, Heat Tansfer Basics, Characteristics of FEA Thermal Solutions, Boundary Conditions, Thermal Structural Comparisons
- Pre Processing - Engineering Data, Geometry Types, Thermal Elements, Thermal COntact, Meshing
- Boundary Conditions - Thermal Boundary COnditions, Non Constant Boundary Conditions, Solution Setup, Steady State Example, Multiple Step Solutions
- Nonlinear Thermal Analysis - Nonlinear Theory, Nonlinear Solution Setup, Solution Feedback
- Transient Analysis – Transient Theory, Time Stepping, Transient Loads, Transient Post Processing
- Advanced Heat Transfer Topics - ANSYS APDL Command Language, Using Command Objects, Named Selection Control, Phase Change
- Coupled Thermal Structural Analysis - What is Coupled Field Analysis, Coupled Thermal Structural Analysis, Coupling Using Dissimilar Meshes, Coupling With Multi-Step or Transient Analysis, Post Processing
Sample Workshops
- The Bar - Step by Step
- Heating Coil
- Thermal Contact
- Radiating System
- Solenoid
- Fin Tube Heat Exchanger
- Soldering Iron
- Phase Change
Objectives
- The course provides students with the ability to operate ANSYS WorkBench Environment and understanding of Heat Transfer analysis concepts and results interpretation.
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