Graduate Seminar Series
November 18, 2022
12:20 p.m. ET
Porter Hall - Room 100
November 18, 2022
12:20 p.m. ET
Porter Hall - Room 100
The proliferation of electric drive systems warrants innovative system level design, intelligent control schemes, and advanced materials. Carpenter Technology has produced Hiperco Fe-Co magnetic alloys for decades. These alloys have high magnetic induction and permeability, allowing for high power density and high torque electric machines compared to traditional silicon steels. However, Fe-Co alloys come with significant manufacturing challenges. Carpenter Electrification is optimizing manufacturing processes to enable high-performance electric motors spanning electric vehicles, aviation, and semiconductor industries.
Natan Aronhime received his B.S. from University of Maryland in 2012, and his Ph.D. from Carnegie Mellon University in 2018. His doctoral research was conducted with Prof. Michael McHenry and focused on Fe-Ni based nanocomposite alloy development. Since 2018, Natan has worked at Carpenter Technology as a Senior Metallurgist. In his capacity at Carpenter, Aronhime has led development of Hiperco stack manufacturing technologies for a range of target markets.
August 19 2024
1:00 PM ET
Materials Science and Engineering
Dynamics and Phase Behavior of Active and Self-Fusing Material Systems, presented by Ke Zhong
Wean Hall 2327
August 30 2024
12:45 PM ET
Wean Hall 7500
September 6 2024
12:45 PM ET
Materials Science and Engineering
Irradiation Tailoring of Mechanical Martensitic Transformations in Structural Alloys, presented by Janelle P. Wharry, University of Illinois at Urbana-Champaign
Wean Hall 7500
September 13 2024
12:45 PM ET
Materials Science and Engineering
Seminar presented by Jon-Paul Maria, Penn State University
Wean Hall 7500
September 20 2024
12:45 PM ET
Materials Science and Engineering
Can Unknown Materials Properties Be Accurately Predicted?, presented by Zi-Kui Liu, Penn State University
Wean Hall 7500
September 27 2024
12:45 PM ET
Materials Science and Engineering
Wean Hall 7500