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SCIE SCOPUS
Fe - 5%Al 과 Fe - 28%Mn 합금의 병렬접합이 감쇠능에 미치는 영향
Research Paper - Mechanical Behavior - : Effects of Parallel Bonding on Damping Properties of Fe - 5%Al and Fe - 28%Mn Alloys
강경하(Kyong Ha Kang), 이규환(Kyu Hwan Lee), 신명철(Myung Chul Shin), 최종술(Chong Sool Choi)
UCI I410-ECN-0102-2009-580-007397685

The changes in the damping properties of the Fe-5%Al and Fe-28%Mn alloys have been studied when they are bonded in parallel. When they are not bonded, the specific damping capacities (SDC) of the Fe-5%Al and Fe-28%Mn alloys have been found to be higher than 40% at a strain of 0.05% and more than 10% over 0.05% strain, respectively. In the case of Fe-5%Al alloy surface strain and applied magnetic field decrease the damping property to some extent. As the bonding volume ratio of Fe-5%Al to Fe-28%Mn was varied from 1:1 to 3:1, the tendency of measured SDC vs strain curves follows the theory for composite alloys at all three volume ratios. So the bonded alloy shows damping properties of both Fe-5%Al and Fe-28%Mn alloys.

[자료제공 : 네이버학술정보]
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