Add to ORKGThe effect of amount of deformation on the martensitic transformation and shape memory effect in a Fe-16Mn-5Si-9Cr-4Ni alloy is studied. It is found that both ε- and α'-martensite are induced by deformation. With increasing amount of deformation, y→ε→α' transformation is greatly enhanced. The highest shape memory strain 3.8% is reached when the amount of deformation is about 5%.status: publishe
Effect of Ge and Sn on the martensitic transformation and shape memory effect in Fe-Mn(22-26at.%)-Si...
WOS: 000245773100037In this work, we have investigated some physical and mechanical properties of ma...
Abstract. An Fe-16MndSi alloy exhibits a good one-way and a little two-way shape memories by the str...
The effect of amount of deformation on the martensitic transformation and shape memory effect in a F...
The effect of amount of deformation on the martensitic transformation and shape memory effect in a F...
The martensitic transformation and the shape memory effect in Fe-Mn-Si alloys received great attenti...
Si content dependence of the shape memory effect (SME) associated with the ε-martensitic transformat...
AbstractFe-Mn-Si based alloys exhibit the shape memory effect (SME) through a γ(FCC) ↔ ɛ(HCP) stress...
The change of the surface relief associated with stress-induced epsilon martensite before and after ...
An Fe-16Mn-6Si alloy exhibits a good one-way and a little two-way shape memories by the stress induc...
Among the shape memory alloys, Fe-based have real perspectives of industrial development. However, t...
In the present paper several important aspects concerning the shape memory behavior of the ε-martens...
WOS: 000265911700042In this study, effects of pre-strain, recovery temperature, and number of bendin...
The present paper deals with two main problems associated with the γ⇄ε transformation in an Fe-30Mn-...
It bas recently been found that the shape memory properties of Fe-Mn-Si-based alloys are notably imp...
Effect of Ge and Sn on the martensitic transformation and shape memory effect in Fe-Mn(22-26at.%)-Si...
WOS: 000245773100037In this work, we have investigated some physical and mechanical properties of ma...
Abstract. An Fe-16MndSi alloy exhibits a good one-way and a little two-way shape memories by the str...
The effect of amount of deformation on the martensitic transformation and shape memory effect in a F...
The effect of amount of deformation on the martensitic transformation and shape memory effect in a F...
The martensitic transformation and the shape memory effect in Fe-Mn-Si alloys received great attenti...
Si content dependence of the shape memory effect (SME) associated with the ε-martensitic transformat...
AbstractFe-Mn-Si based alloys exhibit the shape memory effect (SME) through a γ(FCC) ↔ ɛ(HCP) stress...
The change of the surface relief associated with stress-induced epsilon martensite before and after ...
An Fe-16Mn-6Si alloy exhibits a good one-way and a little two-way shape memories by the stress induc...
Among the shape memory alloys, Fe-based have real perspectives of industrial development. However, t...
In the present paper several important aspects concerning the shape memory behavior of the ε-martens...
WOS: 000265911700042In this study, effects of pre-strain, recovery temperature, and number of bendin...
The present paper deals with two main problems associated with the γ⇄ε transformation in an Fe-30Mn-...
It bas recently been found that the shape memory properties of Fe-Mn-Si-based alloys are notably imp...
Effect of Ge and Sn on the martensitic transformation and shape memory effect in Fe-Mn(22-26at.%)-Si...
WOS: 000245773100037In this work, we have investigated some physical and mechanical properties of ma...
Abstract. An Fe-16MndSi alloy exhibits a good one-way and a little two-way shape memories by the str...