ANSYS AIM Multiphysics Platform

Introduction

Good afternoon, everyone. Thank you for attending this presentation on a topic we haven't covered before. This is the first of its kind on the West Coast, focusing on a new ANSYS product called ANSYS AIM. ANSYS AIM was initially released in version 16.0 back in December. Since then, ANSYS has released versions 16.1 and 16.2, with 16.2 being the latest. Today, we'll discuss the exciting features of version 16.2.

Background on ANSYS Products

ANSYS's first product dates back to the 1970s with ANSYS Classic, also known as ANSYS Mechanical APDL. Over the years, this has been a mainstay for ANSYS users. In the 1990s, ANSYS introduced ANSYS Workbench, initially called Design Space, which has evolved significantly to support complex simulations. Now, in 2015, ANSYS AIM is introduced as a new tool for integrated multiphysics simulations.

ANSYS AIM Features

ANSYS AIM offers a single-window environment for simulation, integrating multiple physics into a cohesive user interface. This eliminates the need to switch between different GUIs for various simulation tasks. AIM is built upon the ANSYS Workbench platform, extending its capabilities to provide a seamless simulation experience.

Key Features of ANSYS AIM:

• Integrated multiphysics simulations.
• Single-window user interface.
• Built on ANSYS Workbench platform.
• Guided simulation workflows.
• Automation and customization options.

Demonstration

Let's look at a simple thermal stress problem using ANSYS AIM. We'll define a workflow for a structural and thermal simulation, specifying boundary conditions and generating a mesh. The single-window environment allows us to manage the entire simulation process efficiently.

Steps in the Demonstration:

1. Select the structural and thermal workflow template.
2. Import geometry and generate a mesh.
3. Specify material properties and boundary conditions.
4. Run the simulation and analyze results.

ANSYS AIM Capabilities

ANSYS AIM supports a wide range of simulations, including:

• Static structural analysis.
• Modal analysis.
• Thermal simulations.
• Fluid structure interaction.
• Electric conduction analysis.

ANSYS AIM in the Industry

ANSYS AIM is designed to meet the needs of modern engineering, where multiphysics simulations are essential. It provides an intuitive, immersive user experience, making it accessible for engineers to perform complex simulations efficiently.

Conclusion

ANSYS AIM represents a significant step forward in simulation technology, offering a unified platform for engineers to explore and optimize their designs. With its robust features and user-friendly interface, AIM is set to become a vital tool in the engineering industry.

Questions and Answers

For those interested in trying ANSYS AIM, we offer a one-week demo license. Please contact Casey, our sales manager, to arrange a trial period that suits your schedule.