Different microstructural configurations of Ni–Al martensite are described on the meso- and atomic-scale, based on transmission electron microscopy images at conventional and atomic resolution. The observed structural features are described in close correlation with modern linear and non-linear continuum models, explaining the existence of par-ticular orientations and stress accommodating features such as lattice reorientation, twin tapering and bending. 200
Geometrical analysis of interfaces in a Cu-Al-Ni alloy is performed on the basis of the phenomenolo...
Lattice parameters measured near the high temperature (~1000°C) bcc α to hcp β transformation in an ...
Recent findings have linked low hysteresis in shape memory alloys with phase compatibility between a...
Different microstructural configurations of Ni-Al martensite are described on the meso- and atomic-s...
The atomic configurations at macrotwin interfaces between microtwinned martensite plates in Ni65Al35...
The atomic configurations at macrotwin interfaces between microtwinned martensite plates in Ni65Al35...
The structure of A–C type intervariant interface in nonmodulated martensite in the Ni<sub>54</sub>Mn...
During the past few years, a new theory of martensite has been developed in which microstructure is ...
The atomic configurations at macrotwin interfaces between microtwinned martensite plates in $Ni_{65}...
Investigating domain boundaries and their effects on the behaviour of materials automatically implie...
An overview will be given of some recent results of microstructural electron microscopy studies on m...
The martensitic microstructure decides on the functional properties of shape memory alloys. However,...
The matrix-martensite interfaces in Cu-Al-Ni shape memory alloys have been examined by means of tran...
On présente de nouveaux résultats obtenus par images de réseau sur la transformation martensitique d...
Abstract. In the last 10 years a new theory of martensitic transformations based 011 non-linear elas...
Geometrical analysis of interfaces in a Cu-Al-Ni alloy is performed on the basis of the phenomenolo...
Lattice parameters measured near the high temperature (~1000°C) bcc α to hcp β transformation in an ...
Recent findings have linked low hysteresis in shape memory alloys with phase compatibility between a...
Different microstructural configurations of Ni-Al martensite are described on the meso- and atomic-s...
The atomic configurations at macrotwin interfaces between microtwinned martensite plates in Ni65Al35...
The atomic configurations at macrotwin interfaces between microtwinned martensite plates in Ni65Al35...
The structure of A–C type intervariant interface in nonmodulated martensite in the Ni<sub>54</sub>Mn...
During the past few years, a new theory of martensite has been developed in which microstructure is ...
The atomic configurations at macrotwin interfaces between microtwinned martensite plates in $Ni_{65}...
Investigating domain boundaries and their effects on the behaviour of materials automatically implie...
An overview will be given of some recent results of microstructural electron microscopy studies on m...
The martensitic microstructure decides on the functional properties of shape memory alloys. However,...
The matrix-martensite interfaces in Cu-Al-Ni shape memory alloys have been examined by means of tran...
On présente de nouveaux résultats obtenus par images de réseau sur la transformation martensitique d...
Abstract. In the last 10 years a new theory of martensitic transformations based 011 non-linear elas...
Geometrical analysis of interfaces in a Cu-Al-Ni alloy is performed on the basis of the phenomenolo...
Lattice parameters measured near the high temperature (~1000°C) bcc α to hcp β transformation in an ...
Recent findings have linked low hysteresis in shape memory alloys with phase compatibility between a...