In the present work, the deformation behaviour of a niobium single crystal has been simulated using crystal plasticity theory. Unlike face-centered-cubic crystal, body·centered-cubic crystal has three families of slip systems (110)[111], (112)[111] and (123)[111] with a total of 48 slip systems. Therefore interdependency off the crystal parameters of each family of slip system plays an important role
Pure niobium single crystals were tested by tension and by stress-relaxation at stresses below the m...
A gradient-enhanced crystal plasticity model is presented that explicitly accounts for the evolution...
International audienceThis paper suggests a new method to take into account the kinematic hardening ...
In the present work, the deformation behaviour of a niobium single crystal has been simulated using ...
Studies on the crystallography of the deformation process in body-centered oubio metals have been re...
International audienceAn investigation of the mechanical properties of high-purity niobium single cr...
This thesis describes work on niobium single crystals purified by annealing near to the melting poin...
High purity niobium is used to make superconducting radio frequency cavities. One potential fabricat...
Single crystals of niobium with a longitudinal axis near to [111] were strained in tension at 78 K a...
Method loading by spherical converging shock waves was applied to study the high-rate plastic deform...
Size-dependent deformation behavior of niobium single-crystalline samples 200-900 nm in diameter is ...
A crystal plasticity model for body-centered-cubic (BCC) single crystals, taking into account the pl...
The yield behavior of niobium single crystals has been studied under conditions of different tempera...
Oriented single crystals of niobium and dilute alloys with molybdenum and tantalum were deformed in ...
Deformation and fracture at metal/ceramic interfaces are related to local processes at the crack tip...
Pure niobium single crystals were tested by tension and by stress-relaxation at stresses below the m...
A gradient-enhanced crystal plasticity model is presented that explicitly accounts for the evolution...
International audienceThis paper suggests a new method to take into account the kinematic hardening ...
In the present work, the deformation behaviour of a niobium single crystal has been simulated using ...
Studies on the crystallography of the deformation process in body-centered oubio metals have been re...
International audienceAn investigation of the mechanical properties of high-purity niobium single cr...
This thesis describes work on niobium single crystals purified by annealing near to the melting poin...
High purity niobium is used to make superconducting radio frequency cavities. One potential fabricat...
Single crystals of niobium with a longitudinal axis near to [111] were strained in tension at 78 K a...
Method loading by spherical converging shock waves was applied to study the high-rate plastic deform...
Size-dependent deformation behavior of niobium single-crystalline samples 200-900 nm in diameter is ...
A crystal plasticity model for body-centered-cubic (BCC) single crystals, taking into account the pl...
The yield behavior of niobium single crystals has been studied under conditions of different tempera...
Oriented single crystals of niobium and dilute alloys with molybdenum and tantalum were deformed in ...
Deformation and fracture at metal/ceramic interfaces are related to local processes at the crack tip...
Pure niobium single crystals were tested by tension and by stress-relaxation at stresses below the m...
A gradient-enhanced crystal plasticity model is presented that explicitly accounts for the evolution...
International audienceThis paper suggests a new method to take into account the kinematic hardening ...