The results are described of some studies of a mechanism of energy dissipation due to
strain-induced reorientation of tetragonality in binary manganese-copper alloys containing …

By obtaining a clearer understanding of the mechanism of damping operating in manganese-
copper alloys it may be possible either to improve damping properties at elevated …

That ageing is necessary to produce useful damping capacities in the manganese-copper
alloys is known. A detailed correlation between damping and ageing variables has …

Abstract The Smith-Birchak model for magnetoelastic damping was successfully applied to
model the damping observed in an antiferromagnetic Cu-48Mn-1.5 Al (wt pct) alloy …

The dampingcapacities of Fe-Mnbinary alloys have been investigated in a wide range of
manganese content from 5to 30wt'/.. The dampingcapacity increases with increasing …

Low-frequency internal friction and elastic modulus were studied for manganese-rich Mn–
Cu alloys in the temperature range of martensitic transformation (20–300° C). It is shown that …

Materials damping is considered to be the most direct and effective damping measure for the
vibration and noise problems in fields of automobile, machinery and precision equipments …

Internal friction of a Mn-11Cu (at.%) alloy was studied in the main [001],[011] and [111]
crystallographic directions by applying tensile stress. Two internal friction peaks were …

抄録 The structural change and the shape memory behavior in quenched Mn-(5–20) at% Cu
alloys have been studied at both normal and elevated temperatures using X-ray and …

Internal friction is defined as the specific capacity of a material to convert the mechanical
energy of vibration into heat that is dissipated in the material,[l] and the increasing interest in …