There the study objects are the aluminium, St. 10 steel, the titanium nickelide with the diverse content of copper, the systems of copper - aluminium - manganese, of copper - zinc - aluminium and of iron - manganese. The purpose is to study the serviceability of materials with the martensite transformations. The phase patterns of materials with the effect of shape memory under the complex temperature-and-force conditions have been computed for the first time. The results may be used during the designing of martensite converters of energyAvailable from VNTIC / VNTIC - Scientific & Technical Information Centre of RussiaSIGLERURussian Federatio
Ti-Ni alloys are the most widely used among many other shape memory alloys. Despite of this fact, th...
Shape-memory materials are materials that react under variations of electric or magnetic fields, phy...
Among the shape memory alloys, Fe-based have real perspectives of industrial development. However, t...
The manganese-copper alloys are studied. The purpose is to determine the appropriatenesses of the me...
Currently, shape memory materials are very popular, especially intermetallic compounds NiTi. This al...
Shape memory alloys can be ascribed to a relatively new group of functional materials. Shape memory...
The possibilities to regulate the martensitic transformation temperature range, mechanical and speci...
Abstract. Nowadays, martensitic transformation and shape memory effect, superelasticity, high dampin...
Shape memory alloys (SMAs) have been extensively investigated because of their unique shape memory b...
The two-way shape memory effect in memory alloys is not an inherent characteristic of a material and...
The shape memory effect that occurs in some metallic alloys has been stud-ied extensively by materia...
Ti–Ni-based alloys are quite attractive functional materials not only as practical shape memory allo...
Two way shape memory has been achieved in Cu-Zn-Al-Co and Co-Al-Mn alloys by a training process base...
The presented work consists of a study for observation of the martensite kept in the transformation ...
Aldaş, Kemal ( Aksaray, Yazar )The shape memory alloy, referred to as the material of the future, is...
Ti-Ni alloys are the most widely used among many other shape memory alloys. Despite of this fact, th...
Shape-memory materials are materials that react under variations of electric or magnetic fields, phy...
Among the shape memory alloys, Fe-based have real perspectives of industrial development. However, t...
The manganese-copper alloys are studied. The purpose is to determine the appropriatenesses of the me...
Currently, shape memory materials are very popular, especially intermetallic compounds NiTi. This al...
Shape memory alloys can be ascribed to a relatively new group of functional materials. Shape memory...
The possibilities to regulate the martensitic transformation temperature range, mechanical and speci...
Abstract. Nowadays, martensitic transformation and shape memory effect, superelasticity, high dampin...
Shape memory alloys (SMAs) have been extensively investigated because of their unique shape memory b...
The two-way shape memory effect in memory alloys is not an inherent characteristic of a material and...
The shape memory effect that occurs in some metallic alloys has been stud-ied extensively by materia...
Ti–Ni-based alloys are quite attractive functional materials not only as practical shape memory allo...
Two way shape memory has been achieved in Cu-Zn-Al-Co and Co-Al-Mn alloys by a training process base...
The presented work consists of a study for observation of the martensite kept in the transformation ...
Aldaş, Kemal ( Aksaray, Yazar )The shape memory alloy, referred to as the material of the future, is...
Ti-Ni alloys are the most widely used among many other shape memory alloys. Despite of this fact, th...
Shape-memory materials are materials that react under variations of electric or magnetic fields, phy...
Among the shape memory alloys, Fe-based have real perspectives of industrial development. However, t...