Ansys Discovery for Simulation

This course is designed for engineer and designers who want to incorporate the use of simulation early in their design cycle through the power of GPU solving. Delegates will be introduced to performing studies in Ansys Discovery Simulation covering structural, fluid, thermal and modal physics. Course content is flexible to suit your simulation requirements with time set aside to discuss specific needs and potential applications.

This one-day course combines overview lecture content with guided demonstrations. It is designed to take new simulation users through the basics of computational fluid dynamics and demonstrate how Ansys Discovery Simulation can be used to quickly evaluate a part's or assembly's fluid flow, heat transfer or structural response characteristics.

On completing this course, users will have a good understanding of the fundamentals of structural, heat transfer and fluid flow simulations, and the benefits of Ansys Discovery for upfront simulation.

Course content is customised for the delegates needs and will vary depending on the application. A proposed agenda can cover the following

Module 1. Background & Simulation Basics Overview

A presentation which places Ansys Discovery in the wider context of simulation and numerical methods.

Module 2. Fluids Simulation Basics & Workshop

Coving the fundamentals of fluid dynamics and key considerations, this is followed by a hands-on workshop related to a relevant industry.

Module 3. Structural Simulation Basics & Workshop

An introduction to the fundamentals of structural mechanics and key considerations when applying boundary conditions and loads. This is followed by a hands-on workshop related to a relevant industry.

Module 4. Thermal Simulation Basics & Workshop

A short lecture on the fundamentals of heat transfer and key considerations when applying heat loads and sinks. This is followed by a hands-on workshop related to a relevant industry.

Module 5. Customer Specific Simulation Assessed Live

Finally, delegates can provide their own models to discuss ideas on how to gain insight through simulation.