In order to understand the formation of rolling textures in Cu-30Zn it is necessary to consider the deformation modes which operate at different levels of cold reduction. This has involved a combination of optical microscopy, high-voltage electron microscopy, and X-ray diffraction techniques. There are three essential mechanisms, namely slip, twinning, and shear banding, which are mutually interactive. An evolutionary theory of rolling-texture development which refines and extends existing concepts by incorporating detailed information about the microstructure of the cold-worked state is described.link_to_subscribed_fulltex
The present paper deals with the evolution of microstructure and texture of a 316L austenitic stainl...
High strain rate deformation behavior of Cu-10Zn alloy was studied. A weak texture with fine grain s...
Evolution of crystallographic texture during high strain rate deformation in FCC materials with diff...
The crystallite orientation distribution function has been determined for cold-rolled copper, copper...
Oxygen free electronic copper, 99.995% purity, of two initial grain sizes, 50 {mu}m and 100 {mu}m, h...
In this study scanning electron microscopy was used to follow the microstructure development in 93/7...
It is shown by a crystallographic etching technique applicable to copper that deformation banding is...
The development of recrystallization textures in cold rolled copper has been characterized using an ...
Multi-layered materials have been made from Cu-Fe with approximately equal volume fractions using th...
In the present work, evolution of microstructure and crystallographic texture during cold rolling of...
The evolution of microstructure and texture gradient in warm Accumulative Roll Bonded Cu-Cu multilay...
The texture evolution of cold rolled tough pitch copper foils could be changed by altering the initi...
A high-resolution electron backscatter diffraction technique was applied to quantify grain-structure...
Edited by EDP SciencesInternational audienceZirconium alloys are particularly important materials in...
The effect of strain path change during rolling has been investigated for copper and nickel using X-...
The present paper deals with the evolution of microstructure and texture of a 316L austenitic stainl...
High strain rate deformation behavior of Cu-10Zn alloy was studied. A weak texture with fine grain s...
Evolution of crystallographic texture during high strain rate deformation in FCC materials with diff...
The crystallite orientation distribution function has been determined for cold-rolled copper, copper...
Oxygen free electronic copper, 99.995% purity, of two initial grain sizes, 50 {mu}m and 100 {mu}m, h...
In this study scanning electron microscopy was used to follow the microstructure development in 93/7...
It is shown by a crystallographic etching technique applicable to copper that deformation banding is...
The development of recrystallization textures in cold rolled copper has been characterized using an ...
Multi-layered materials have been made from Cu-Fe with approximately equal volume fractions using th...
In the present work, evolution of microstructure and crystallographic texture during cold rolling of...
The evolution of microstructure and texture gradient in warm Accumulative Roll Bonded Cu-Cu multilay...
The texture evolution of cold rolled tough pitch copper foils could be changed by altering the initi...
A high-resolution electron backscatter diffraction technique was applied to quantify grain-structure...
Edited by EDP SciencesInternational audienceZirconium alloys are particularly important materials in...
The effect of strain path change during rolling has been investigated for copper and nickel using X-...
The present paper deals with the evolution of microstructure and texture of a 316L austenitic stainl...
High strain rate deformation behavior of Cu-10Zn alloy was studied. A weak texture with fine grain s...
Evolution of crystallographic texture during high strain rate deformation in FCC materials with diff...