Strain-Induced Electrical Resistivity and Magnetic Behavior of Paramagnetic Inconel Alloy 600

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概要

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• The magnetization and electrical resistivity of a commercial Inconel alloy 600 (alloy of Ni72Cr16Fe8) were studied as functions of plastic deformation. The magnetization ($M$) versus magnetic field ($H$) relationships for Inconel 600 take the form of curves. At a slow strain rate of $10^{-3}$/s, the slopes of the $M$–$H$ curves are in order of the as-received material being the largest, following by strain at about 13%, the strain at ultimate tensile strength (UTS) (about 21%), and the fracture strain at about 26% as the smallest. It is evident that the strain rate does not affect the magnetic behavior of this material. Specimens deformed with a high strain rate of $10^{-1}$/s exhibit a higher resistivity than those deformed with a low strain rate of $10^{-3}$/s.

• Published by the Japan Society of Applied Physics through the Institute of Pure and Applied Physicsの論文
• 2005-07-15

著者

• Wang Shing

  Department Of Mechanical And Mechatronic Eng. National Taiwan Ocean University

• YAO Yeong

  Institute of Physics, Academia Sinica

• Yao Yeong

  Institute Of Physics Academia Sinica

• Chan Feng

  Department of Mechanical and Mechatronic Eng., National Taiwan Ocean University, Keelung 202, Taiwan

• Chan Feng

  Department Of Mechanical And Mechatronic Eng. National Taiwan Ocean University

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