Items tagged with Generative Design
Rurok Industries redefines mountain biking with passion, innovation and generative design
P. J. Tolentino turned his passion into a business. See how the Solid Edge Startup Program helped Rurok Industries make that dream into a reality.
Solid Edge 衍生設計將進階拓撲最佳化整合到 Solid Edge 3D 建模工具包中，有助於設計師減輕元件重量，最大程度地減少下游製造方面的材質浪費。
The Next Generation of Design
Read the new e-book to learn how industry analyst Lifecycle Insights recommends leveraging new design technologies to boost productivity, helping both engineers and companies meet tight schedules.
Generative Design Pro
Solid Edge Generative Design Pro uses advanced software and computing power to optimize designs – learn more with our comprehensive fact sheet.
Next Generation Design in Solid Edge 2019
Learn more about next generation design technologies and optimize products for minimal mass with goal driven generative design.
Reverse engineering made easy with Convergent Modeling
Reverse Engineering delivers commands to not only extract faces from identified regions of the mesh, but also to fit analytical faces on top of a region.
How to create lighter, stronger products with generative design
Learn how to design lighter components resulting in material savings, lower shipping costs and more with generative design in Solid Edge.
Additive Manufacturing Techniques
Create world class products using the latest 3D printing and additive manufacturing techniques.
Convergent modeling in Solid Edge combines b-rep and facet modeling to create a seamless way to work with facet data.
The Latest in Intuitive Design
Solid Edge 2019 from Siemens provides next generation product development for today’s engineers – learn more about the various tools and how they can help.
Reverse Engineering: from 3D Scanning to CAD
In this demonstration, we show you how reverse engineering in Solid Edge allows you to expand your 3D design capabilities beyond the norm.
Generative design brings topology optimization
Generative design produces an organic, reduced-mass solution optimized within a defined space, accounting for permissible loads and constraints.