Overview
“Topology Optimization” has been used for years by highly specialized finite element engineers. However, recently with the proliferation of additive manufacturing, and a significant focus on software usability, the usage of this highly robust technology has flourished.
Topology optimization is a mathematical method to optimize the material usage within a design space. The shapes created using topology optimization tools are often incredibly organic, similar to many forms found in nature.
Individuals who work in and are exploring 3D printing and additive manufacturing have recently discovered the huge advantages that can be achieved when topology optimization is combined with 3D Printing. Utilizing new design optimization software, structurally efficient parts are easy to design -- saving cost, strengthening durability, and improving safety. And with 3D printing and additive manufacturing, production of these parts is also easy and cost-effective.
This webinar will discuss the history and future of topology optimization and how it is currently helping companies fully leverage the additive manufacturing process.
This webinar will showcase how 3D printing coupled with design optimization tools enable better products through mass complexity. Attendees will learn how 3D printing is being used to produce parts that are lighter weight, stronger, better performing and safer. We will feature real-world customers who have designed radically better products that can only be made via additive manufacturing Including the redesign of a critical aerospace bracket, that saw a weight reduction of an incredible 70%, even while making the part stiffer.
Learning Objectives:
- How to amplify the benefits of additive manufacturing by optimizing your designs
- How to create new designs that are lighter, less costly, and stronger than current designs
- How to implement these new tools into your current design process to achieve greater results
- How real-world companies are using these tools to create better parts and products today
