On the Formation of High Damping State and Optimization of Structure of Industrial Damping Steels

V.A. Udovenko; I.B. Chudakov; N.M. Alexandrova; R.V. Kakabadze; N.N. Perevalov

doi:10.4028/www.scientific.net/SSP.137.119

Paper Titles

Room-Temperature Short-Range Ordering in Fe-Si Alloys Observed by Internal Friction
p.83

Mechanical Spectroscopy and Neutron Diffraction Studies in Fe-Al-Si Alloys
p.91

Mechanical Spectroscopy of the Fe-25Al-Cr Alloys in Medium Temperature Range
p.99

On the Formation of High Damping State in Fe-Al and Fe-Cr Alloys
p.109

On the Formation of High Damping State and Optimization of Structure of Industrial Damping Steels
p.119

Influence of Heat Treatment on Magnetic and Damping Properties of Fe-11 at.% Al Alloys
p.129

Influence of Thermal Cycling and Equivalent Heat Treatment on Amplitude Dependence of Internal Friction in Cu-Al-Mn Shape Memory Alloys
p.137

Mechanical and Fatigue Properties of Cu-Al-Mn Shape Memory Alloys with Influence of Mechanical Cycling on Amplitude Dependence of Internal Friction at Room Temperature
p.145

Effect of Cold Rolling on the Damping of As Cast Cu-Al-Mn Shape Memory Alloys
p.155

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On the Formation of High Damping State and Optimization of Structure of Industrial Damping Steels

Abstract:

Industrial high damping steels based on the Fe - Al metallic system have been studied. The optimization of the crystalline structure of the industrial damping steels has been shown to be very important for the achievement of high mechanical properties including high fatigue resistance. In the same time the achievement of high damping properties strongly depends on the magnetic domain structure of the material and, consequently, on the heat treatment procedure.