Shape-memory alloys transform under stress, and this stress-induced transformation is useful for various practical applications. The stress at which the alloy transforms depends on the orientation of the stress relative to the specimen, and may be described using a transformation yield surface. This paper provides early results of a theoretical treatment of the transformation yield surface of shape-memory polycrystals with particular emphasis on the influence of texture
Shape-memory alloys undergo a solid-to-solid phase transformation involving a change of crystal stru...
Shape-memory alloys undergo a solid-to-solid phase transformation involving a change of crystal stru...
AbstractFe-Mn-Si based alloys exhibit the shape memory effect (SME) through a γ(FCC) ↔ ɛ(HCP) stress...
Shape-memory alloys transform under stress, and this stress-induced transformation is useful for va...
International audienceOne important feature in the description of the shape memory alloys is the det...
A large number of criteria to model the onset of plasticity for ductile metals have been proposed by...
Abstract—A model is developed to show that texture is a crucial factor in determining the shape-memo...
Dedicated to Professor Bogdan Raniecki on the occasion of his 70th birthday. Abstract: We study the ...
International audienceIn the present study, a new transformation criterion that includes the effect ...
International audienceTwo theoretical investigations, i.e. a phenomenological macroscopic model and ...
Stress-induced martensitic transformation in single crystals and polycrystals are examined on the ba...
Shape-memory alloys undergo a solid-to-solid phase transformation involving a change of crystal stru...
Many alloys display the shape-memory effect in single crystal form, however the degree to which they...
Shape-memory behavior is the ability of certain materials to recover, on heating, apparently plastic...
Shape-memory alloys undergo a solid-to-solid phase transformation involving a change of crystal stru...
Shape-memory alloys undergo a solid-to-solid phase transformation involving a change of crystal stru...
Shape-memory alloys undergo a solid-to-solid phase transformation involving a change of crystal stru...
AbstractFe-Mn-Si based alloys exhibit the shape memory effect (SME) through a γ(FCC) ↔ ɛ(HCP) stress...
Shape-memory alloys transform under stress, and this stress-induced transformation is useful for va...
International audienceOne important feature in the description of the shape memory alloys is the det...
A large number of criteria to model the onset of plasticity for ductile metals have been proposed by...
Abstract—A model is developed to show that texture is a crucial factor in determining the shape-memo...
Dedicated to Professor Bogdan Raniecki on the occasion of his 70th birthday. Abstract: We study the ...
International audienceIn the present study, a new transformation criterion that includes the effect ...
International audienceTwo theoretical investigations, i.e. a phenomenological macroscopic model and ...
Stress-induced martensitic transformation in single crystals and polycrystals are examined on the ba...
Shape-memory alloys undergo a solid-to-solid phase transformation involving a change of crystal stru...
Many alloys display the shape-memory effect in single crystal form, however the degree to which they...
Shape-memory behavior is the ability of certain materials to recover, on heating, apparently plastic...
Shape-memory alloys undergo a solid-to-solid phase transformation involving a change of crystal stru...
Shape-memory alloys undergo a solid-to-solid phase transformation involving a change of crystal stru...
Shape-memory alloys undergo a solid-to-solid phase transformation involving a change of crystal stru...
AbstractFe-Mn-Si based alloys exhibit the shape memory effect (SME) through a γ(FCC) ↔ ɛ(HCP) stress...