Using Autodesk Nastran in-CAD to build lighter and more efficient designs.

Learn how Autodesk simulation products - Nastran, Helius PFA, Moldflow and Nastran In-Cad can help you improve your design and manufacturing process of both continuous fiber composite and injection molded short-fiber plastics. Learn the workflow of the analysis of continuous fiber materials as well as the analysis of short fiber, injection molded, materials using as manufactured properties mapped from Autodesk Moldflow results using the Advanced Material Exchange utility included with Helius PFA. Emphasis will be placed on basic workflows for pre-processing, data transfer, and post processing of results using Nastran In-Cad.

Simulation has come along way from the days when it was used by a few select experts. Today the technology has become more accessible and easier to use.This in turn makes it easier for designers and engineers like you to adopt simulation early on with the design process as this is where it has the most impact. This sessions main focus will be on how do I know my results are correct? A primary reason for the lack of simulation adoption within workplace. This class is aimed at all Inventor users, out there, without any simulation experience

Learn how to use Nastran Topology Optimization to build better products and make existing products better.

This class is an overview of the vibration analysis capabilities in Autodesk, Inc.’s, simulation software products.

Be familiar with some of the capabilities of Nastran In-CAD including seeing examples of how designers around the world have used Nastran IN-CAD

This class will demonstrate how we are using the Autodesk Nastran InCAD to analyze how our hydraulic seals will be deformed during the installation process.

Discover nonlinear analysis so that these concepts can be employed in upfront design decision-making