The paper deals with microplastic deformation and macroscopic residual stresses in silicon nitride ceramics due to contact loading and their effect on the near-surface strength. Depth-resolving X-ray residual stress measurements on shot peened samples detect high microplastic deformation and macroscopic compressive residual stresses up to 1.3 Gpa at the surface decreasing to zero within 10 pm. These high compressive stresses enhance the load bearing capacity in the ball-on plate test up to 50 % compared to polished samples
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...
Shot peening is a common finishing procedure to improve the static and cyclic strength of metal comp...
Non-transformation toughened ceramics show the typical brittle material behavior of failure before d...
Non-transformation toughened ceramics show the typical brittle material behavior of failure before d...
Non-transformation toughened ceramics show the typical brittle material behavior of failure before d...
The residual stress distribution of ground ceramics was determined from the eigen strain distributed...
Shot peening is a common procedure to improve the static and cyclic strength of metal components. It...
The residual stress distribution of ground ceramics was determined from the eigen strain existing in...
Shot peening is a common procedure for improving the static and cyclic strength of metal components ...
Residual stresses in ceramics are of interest for two reasons. First, residual stresses are superimp...
In order to optimize efficiency of machining, surface properties and strength of machined ceramics, ...
Fundamental principles and many details about formation and effects of residual stresses in metals a...
X-ray stress analysis is based upon the measurement of changes of lattice parameters in polycrystall...
The aim of the presented investigation was to further improve a novel shot peening technique in orde...
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...
Shot peening is a common finishing procedure to improve the static and cyclic strength of metal comp...
Non-transformation toughened ceramics show the typical brittle material behavior of failure before d...
Non-transformation toughened ceramics show the typical brittle material behavior of failure before d...
Non-transformation toughened ceramics show the typical brittle material behavior of failure before d...
The residual stress distribution of ground ceramics was determined from the eigen strain distributed...
Shot peening is a common procedure to improve the static and cyclic strength of metal components. It...
The residual stress distribution of ground ceramics was determined from the eigen strain existing in...
Shot peening is a common procedure for improving the static and cyclic strength of metal components ...
Residual stresses in ceramics are of interest for two reasons. First, residual stresses are superimp...
In order to optimize efficiency of machining, surface properties and strength of machined ceramics, ...
Fundamental principles and many details about formation and effects of residual stresses in metals a...
X-ray stress analysis is based upon the measurement of changes of lattice parameters in polycrystall...
The aim of the presented investigation was to further improve a novel shot peening technique in orde...
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...
Shot peening is a common finishing procedure to improve the static and cyclic strength of metal comp...