Jason Armstrong

Ph.D., Mechanical Engineering, University at Buffalo, 2010

Engineering Materials & Materials Lab, Introduction to Computer-Aided Design (CAD), Product Design in a Computer-Aided Engineering Environment (CAE), Systems & Instrumentation Lab

Mechanical behavior of materials, multiferroic materials, and characterization of material properties (mechanical, electrical, and magnetic).

• “Anisotropic Curie temperature materials” Jason N. Armstrong, Susan Z. Hua, and Harsh Deep Chopra, Physica Status Solidi B. 250, 387 (2013).
• “Physical properties of a two-component system at the Fermi and Sharvin length scales” Jason N. Armstrong, Eric M. Gande, John W. Vinti, Susan Z. Hua, Harsh Deep Chopra, Journal of Applied Physics. 112, 104320 (2012).
• “Strength of metals at the Fermi length scale” Jason N. Armstrong, Susan Z. Hua, Harsh Deep Chopra Physica Status Solidi (RRL) Rapid Research Letters. 6, 99 (2012).
• “Mechanics of quantum and Sharvin conductors” Jason N. Armstrong, Susan Z. Hua, and Harsh Deep Chopra, Physical Review B 83, 235422 (2011).
• “Cooperative motion of domain walls in magnetic multilayers” Jason N. Armstrong, Susan Z. Hua, and Harsh Deep Chopra, Physical Review B 83, 054426 (2011).
• “Channel saturation and conductance quantization in single-atom gold constrictions” Jason N. Armstrong, R. M. Schaub, Susan Z. Hua, and Harsh Deep Chopra, Physical Review B 82, 195416 (2010).