Currently, the extensive research in the field of cutting ceramics is conducted and there are efforts to replace cemented carbides by these materials. However, the problem is to improve the production of ideal compact samples. Therefore, the influence of mechanical machining technologies on the values of macroscopic residual stresses was investigated by X-ray diffraction. The resulting values were discussed depending on machining parameters and surface structure of the studied samples
The residual stress plays a key role in determining: the life and dimensional stability of n precisi...
The present doctoral thesis investigates the effects different hard machining processes have on the ...
X-ray stress analysis is based upon the measurement of changes of lattice parameters in polycrystall...
Currently, the extensive research in the field of cutting ceramics is conducted and there are effort...
Currently, the intensive development of engineering ceramic and effort to replace sintered carbides ...
In order to optimize efficiency of machining, surface properties and strength of machined ceramics, ...
The investigations deal with non-destructive X-ray analysis of residual surface stresses due to mach...
Micro- and macroscopic residual stresses, phase transformations and strength of machined ceramics we...
The investigations deal with non-destructive X-ray analysis of residual surface stresses due to matc...
The investigations deal with non-destructive X-ray analysis of residual surface stresses due to matc...
The strength controlling surface effects of different machined ceramics have been assessed by means ...
Ceramic components for engineering applications must in most cases be ground after sintering in orde...
Surface properties of components often determine their proper functioning. More complex and increasi...
Two examples of X-ray diffraction (XRD) tensometry performed in XRD laboratory of Faculty of Nuclear...
The goal of the contribution is to present results of X-ray diffraction study of residual stresses i...
The residual stress plays a key role in determining: the life and dimensional stability of n precisi...
The present doctoral thesis investigates the effects different hard machining processes have on the ...
X-ray stress analysis is based upon the measurement of changes of lattice parameters in polycrystall...
Currently, the extensive research in the field of cutting ceramics is conducted and there are effort...
Currently, the intensive development of engineering ceramic and effort to replace sintered carbides ...
In order to optimize efficiency of machining, surface properties and strength of machined ceramics, ...
The investigations deal with non-destructive X-ray analysis of residual surface stresses due to mach...
Micro- and macroscopic residual stresses, phase transformations and strength of machined ceramics we...
The investigations deal with non-destructive X-ray analysis of residual surface stresses due to matc...
The investigations deal with non-destructive X-ray analysis of residual surface stresses due to matc...
The strength controlling surface effects of different machined ceramics have been assessed by means ...
Ceramic components for engineering applications must in most cases be ground after sintering in orde...
Surface properties of components often determine their proper functioning. More complex and increasi...
Two examples of X-ray diffraction (XRD) tensometry performed in XRD laboratory of Faculty of Nuclear...
The goal of the contribution is to present results of X-ray diffraction study of residual stresses i...
The residual stress plays a key role in determining: the life and dimensional stability of n precisi...
The present doctoral thesis investigates the effects different hard machining processes have on the ...
X-ray stress analysis is based upon the measurement of changes of lattice parameters in polycrystall...