SIMULIA Partnership with Stratasys
This eSeminar will describe how simulation-driven design reduces time to market, improves part performance, and expands the realm of applications for additive manufacturing. Together with Stratasys, industry-leading additive manufacturing and 3D printing solutions company, we will highlight our integrated and combined offering for Stratasys’ Fused Deposition Modeling (FDM) process and materials.
Topics covered in this eSeminar include:
- In-silico material engineering using multiscale homogenization techniques.
- Generative design adhering to real-world printing constraints.
- Simulation of the 3D Printing process that predicts and controls distortion and stress.
- Process-tailored design optimization.
Directors, R&D Heads, Engineering Managers, Engineers looking to invest in additive manufacturing and 3D printing solutions or who has already experienced the challenges associated with printing real-world parts should attend this eSeminar. We will discuss how the partnership between SIMULIA and Stratasys will help produce better performing designs, so that the designs can be printed robustly and reliably.
Presentors
James Berlin, Software Product Manager for Aerospace, Automotive, and Defense, Stratasys, LTD
James Berlin received his MS degree in Mechanical and Aerospace engineering at the University of Missouri, Columbia where he focused on Design and Analysis of FDM production components for small unmanned aircraft structures. With over 6 years’ experience pushing the boundaries of additive manufacturing capabilities; James has worked extensively with automotive and aerospace industries to disruptively implement the technology from design to certification of production parts. James currently leads the effort to identify and address shortcomings in the design to production part workflow for Additive Manufacturing in Aerospace, Automotive, and Defense.
Jing Bi, Technical Solution Consultant
Jing Bi is a technical consultant at Dassault Systèmes focusing on solutions that help realize the potential of Additive Manufacturing technologies. She received her MS and PhD degree in Mechanical Engineering from the University of North Carolina at Charlotte in 2010 and 2012 respectively. She joined Dassault Systèmes in 2012. She worked in a variety of technical roles at SIMULIA and engagement with key customers and partners.
To see the full replay, log on here to the SIMULIA Learning Community¹.
