University of Washington Hosts Functional Materials and AM Symposium

Materials science is on the move at many universities and colleges across the nation. The University of Washington created the Advanced Materials & Additive Manufacturing (AM) Initiative and held their inaugural 3D Printing Symposium last March (2016) as a one day event.

Last year’s event had over 100 attendees with 28 percent industry and 72 percent UW students, faculty or alumni. They plan to continue the event this year, but expand it to a 2-day event this June 22 – 23, 2017.

The Additive Manufacturing and Functional Materials Symposium will bring together an international audience to discuss the cutting edge of additive manufacturing (AM) technologies. It will focus on the interface between AM and functional polymeric materials.
Confirmed speakers include:

  • Annalisa Chioppone (Istituto Italiano di Tecnologia)
  • Michael Dickey (NC State)
  • Igor Drstvenšek (University of Maribor)
  • Howon Lee (Rutgers)
  • Michael McAlpine (UMN)
  • Alshakim Nelson (UW-Seattle)
  • Eujin Pei (Brunel University London)
  • Kristina Shea (ETH Zurich)
  • Scott Phillips (Penn State University)

Registration is $50 for regular admission; $25 for students.
More details will be posted here.

In addition to the materials-focused event, under the same Advanced Materials & Additive Manufacturing Initiative, the University also held a Printed Electronics Summit earlier this month. You can read about it here.

Senvol Database Helps Technicians Understand Materials

As industrial additive manufacturing continues to grow, it is more and more difficult to keep up with the materials and machines. Enter the Senvol Database.

Users can search this publicly available and free online database with over 30 fields, such as machine build size, material type, and material tensile strength. The sheer quantity and dynamic nature of the search fields enable users to search in powerful ways and to quickly get the information that they need.

The database is in use by Fortune 500 companies and government agencies in Industries such as Aerospace, Oil and Gas, Consumer Products, and Automotive. According to the website, Senvol developed the database as an internal tool initially: “For client projects, we frequently found ourselves asking questions such as ‘Which machines take titanium?’ or ‘Which polymers have a tensile strength of at least 50 MPa?’ There was no easy way to find answers to these questions, however, and we were tired of sifting through hundreds of pages of spec sheets! As a result, we created the Senvol Database to solve this problem.

“Once the database was completed, we quickly realize that it was quite powerful and that it could be of great value to the entire industry. With that in mind, we put the Senvol Database on our website so that everyone can use it.”

The database includes all industrial (that is, professional-grade) manufacturing machines and materials. The database does not include desktop machines or materials.

Senvol Database Learning Tools

Senvol recently created hypothetical scenarios that allow a user to learn about AM machines and material selection. The learning tool exercises help AM users get the most out of the powerful search features of the Senvol Database by introducing various ways to narrow down the options, such as by analyzing machine and material compatibility, build envelope size, total cost of ownership, and mechanical properties.  The learning tool exercises, like the Senvol Database, are online and free to use.

You can also download the Additive Manufacturing and Materials Learning Tool Exercises as a PDF.

Materials Science and Additive Manufacturing Technology Convergence

As we launch into 2017, a look back at some of the additive manufacturing highlights in 2016 were summarized well on the Diamandis tech blog written by X Prize Foundation founder, Peter Diamandis, who frequently talks about materials science and AM.

The post (and video embedded below) is from a talk by Jeff Carbeck who presented at the Abundance annual event (also run by Diamandis) and he shared some materials science predictions for 2016 through 2018.

Like many of us in the TEAMM Network, Diamandis and Carbeck see the huge potential materials science presents for Additive Manufacturing. The opportunity for manufacturing professionals and students is to track the way that technology leaders, like Diamandis, and others in Silicon Valley (and tech centers around the world) are studying it. The fusion of technology and materials is daily increasing leaving us with new ways to manufacture everything from autos to airplanes.

You can read his full post here: Materials Science Technology Convergence. Or watch this terrific materials science video (by Jeff Carbeck):

Last, Diamandis maintains a Facebook page that is mostly dedicated to how materials science and manufacturing technology connect (some of it may be more mat sci specific, but often it has to do with making things, manufacturing).