A.D.P. Ltd
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 - Design Simulation Introduction training seminar
- Basic functional familiarity with computers.
Topics Covered
- Introduction - About ANSYS, Workbench Overview, Starting Simulation, Workbench Products
- Simulation Basics – Launching Simulation, Startup Panel, Basic Procedure
- Heat Transfer Basics - Units, Variables, Heat Tansfer Modes, Materials, Boundary Conditions, Help
- Nonlinear Thermal Analysis - Newton Raphson, Stability and Convergence Controls, Time
- Transient Analysis – Character of Transient, Time Integration and Control, Varying Loads, ANSYS Thermal Elements
- Surface to Surface Radiation - Nature of Radiation, The Radiosity Method, Radiation Surface Elements
- Phase Change Analysis - Enthalpy and Latent Heat
- Fluid Thermal Elements and Stress Analysis - Fluid116 Element
Sample Workshops
- The Bar - Step by Step
- The Transistor
- Nonlinear Thermal Analysis of a Transistor
- Transient Analysis – Heating a Block
- Transient Thermal Analysis of a Transistor
- Radiation Heat Transfer using the Radiosity Method
- Radiation Between Concentric Cylinders
- Radiation Between Plates
- A Flywheel Casting Analysis
- Fluid Thermal Elements and Stress Analysis
Objectives
- The course provides students with the ability to operate ANSYS WorkBench Environment and understanding of Heat Transfer analysis concepts and results interpretation.
Return to Training Schedule.
Return to Course Prospectus.
Return to A.D.P. Ltd home page.