Determining the suitability of parts for AM processes is sometimes challenging, especially for those who are new to the AM technologies. Selecting a suitable part or a part family is the first step towards integrating additive manufacturing into an existing manufacturing ecosystem or adapting AM as a new business. Appropriate selection of parts is crucial to demonstrate a successful and sustainable business case. Different factors need to be considered in selecting parts that are feasible to be produced using AM technology. Currently, these considerations are not based on accepted standards or methodologies, and instead are often based on individual judgments derived from personal experiences.
This webinar will describe a framework developed by John Hopkins University/Applied Physics Laboratory (JHU/APL) for determining the suitability of parts for AM. The framework will be demonstrated on several example parts with various suitability for AM. Legal considerations will also be briefly described.
The Johns Hopkins University Applied Physics Laboratory
John Slotwinski is a Senior National Security Analyst at JHU/APL and an additive manufacturing subject matter expert. A Ph.D. physicist by training, his 30-year career has focused on measuring, understanding, and improving manufacturing processes. He is also a Visiting Research Professor in the JHU Materials Science and Engineering Department and teaches additive manufacturing classes in the JHU Whiting School of Engineering. Dr. Slotwinski is a Fellow of ASTM-International and Chair of ASTM F42 on Additive Manufacturing Technologies.
After completing this webinar, the attendees will achieve the following
AM Design Engineers
AM Process Engineers