Abstract. The influence of external stresses on the transformation behaviour has been studied for a polycrystalline Fe-3 IMn-SSi alloy exhibiting the y-+ & martensitic transformation. Samples have been loaded at temperatures above the M, temperature, cooled with a constant external load to a temperature below the M, temperature and subse-quently heated without load to a temperature above the A, temperature of the alloy. Stress, strain and temperature have been continuously measured and transformation temperatures and strains have been determined from the change in strain during the transformation. It has been found that the M, temperature during cooling with load is not influenced by 0.3-2 % plastic pre-deformation of the austenite wher...
The transformation and thermomechanical behavior of an Fe-9%Cr-5%Ni-14%Mn-6%Si polycrystalline shape...
In Part 1 of the present study attention was given to the influence of the deformation temperature o...
The effects of plastic strain on mechanically induced martensitic transformations are investigated. ...
The influence of external stresses on the transformation behaviour has been studied for a polycrysta...
The martensite/austenite start and finish conditions, the transformation lines in the stress-tempera...
The interactions between stress and martensitic transformation are studied for a low alloyed steel (...
The effect of training and predeformation on the martensitic transformation is investigated. It is c...
The change of the surface relief associated with stress-induced epsilon martensite before and after ...
Abstract. Transformation/thermomechanical behavior in an Fe-9%Cr-S%Ni-l4%Mn-6%Si polycrystalline sha...
AbstractFe-Mn-Si based alloys exhibit the shape memory effect (SME) through a γ(FCC) ↔ ɛ(HCP) stress...
The martensitic transformation (MT) under tensile deformation at 77K in a series of Fe-Ni-Mn alloys ...
In the case of the NiTi alloy, some research works reported that the stress-strain curve differs sig...
Transformation/thermomechanical behavior in an Fe-9%Cr-5%Ni-l4%Mn-6%Si polycrystalline shape memory ...
The uniaxial thermomechanical behavior for a polycristalline Fe-9%Cr-5%Ni-14%Mn-6%Si (all wt.%) shap...
International audienceIn Part 1 of the present study attention was given to the influence of the def...
The transformation and thermomechanical behavior of an Fe-9%Cr-5%Ni-14%Mn-6%Si polycrystalline shape...
In Part 1 of the present study attention was given to the influence of the deformation temperature o...
The effects of plastic strain on mechanically induced martensitic transformations are investigated. ...
The influence of external stresses on the transformation behaviour has been studied for a polycrysta...
The martensite/austenite start and finish conditions, the transformation lines in the stress-tempera...
The interactions between stress and martensitic transformation are studied for a low alloyed steel (...
The effect of training and predeformation on the martensitic transformation is investigated. It is c...
The change of the surface relief associated with stress-induced epsilon martensite before and after ...
Abstract. Transformation/thermomechanical behavior in an Fe-9%Cr-S%Ni-l4%Mn-6%Si polycrystalline sha...
AbstractFe-Mn-Si based alloys exhibit the shape memory effect (SME) through a γ(FCC) ↔ ɛ(HCP) stress...
The martensitic transformation (MT) under tensile deformation at 77K in a series of Fe-Ni-Mn alloys ...
In the case of the NiTi alloy, some research works reported that the stress-strain curve differs sig...
Transformation/thermomechanical behavior in an Fe-9%Cr-5%Ni-l4%Mn-6%Si polycrystalline shape memory ...
The uniaxial thermomechanical behavior for a polycristalline Fe-9%Cr-5%Ni-14%Mn-6%Si (all wt.%) shap...
International audienceIn Part 1 of the present study attention was given to the influence of the def...
The transformation and thermomechanical behavior of an Fe-9%Cr-5%Ni-14%Mn-6%Si polycrystalline shape...
In Part 1 of the present study attention was given to the influence of the deformation temperature o...
The effects of plastic strain on mechanically induced martensitic transformations are investigated. ...