Recent investigations have reported significantly higher flow stresses for microcompression compared to microtensile testing. To clarify this point a load reversal test was performed on a microtensile specimen and equal flow stresses in tension and compression were observed. In contrast, if the lateral sample compliance constrains the deformation, microcompression testing overestimates the flow stresses. Additional contributions to the measured flow stresses stem from the aspect ratio of the sample and dislocation pile-ups
ABSTRACT—The shear compression specimen (SCS), which is used for large strain testing, is thoroughly...
In biaxial compression tests, the stress calculations based on boundary information underestimate th...
Journal articleCoupled thermo-mechanical finite element modelling of both isothermal axisymmetric co...
Recent investigations have reported significantly higher flow stresses for microcompression compared...
There is distinct deviation between the intrinsic and measurement value of Young's modulus in ...
It is widely stated that yield stress extraction from micro-compression testing can be unreliable du...
On sait que la contrainte d'écoulement de plusieurs métaux varie avec la vitesse de déformation de f...
© 2014 The Authors. Published by Elsevier Ltd. The effect of strain rate on the mechanical response ...
Micro-compression testing is a promising technique for determining mechanical properties at small le...
The compression test, where a right cylindrical sample is axially compressed between two rigid plate...
The present paper reports a comparison of flow stresses obtained by tension, plane strain compressio...
This paper deals with the influence of the specimen geometry on the precision of measured stress-str...
AbstractThe effect of strain rate on the mechanical response during microforming deformation is inve...
The micro-pillar compression test is emerging as a novel way to measure the mechanical properties of...
In this study, the challenges associated with conducting high-strain rate uniaxial compression testi...
ABSTRACT—The shear compression specimen (SCS), which is used for large strain testing, is thoroughly...
In biaxial compression tests, the stress calculations based on boundary information underestimate th...
Journal articleCoupled thermo-mechanical finite element modelling of both isothermal axisymmetric co...
Recent investigations have reported significantly higher flow stresses for microcompression compared...
There is distinct deviation between the intrinsic and measurement value of Young's modulus in ...
It is widely stated that yield stress extraction from micro-compression testing can be unreliable du...
On sait que la contrainte d'écoulement de plusieurs métaux varie avec la vitesse de déformation de f...
© 2014 The Authors. Published by Elsevier Ltd. The effect of strain rate on the mechanical response ...
Micro-compression testing is a promising technique for determining mechanical properties at small le...
The compression test, where a right cylindrical sample is axially compressed between two rigid plate...
The present paper reports a comparison of flow stresses obtained by tension, plane strain compressio...
This paper deals with the influence of the specimen geometry on the precision of measured stress-str...
AbstractThe effect of strain rate on the mechanical response during microforming deformation is inve...
The micro-pillar compression test is emerging as a novel way to measure the mechanical properties of...
In this study, the challenges associated with conducting high-strain rate uniaxial compression testi...
ABSTRACT—The shear compression specimen (SCS), which is used for large strain testing, is thoroughly...
In biaxial compression tests, the stress calculations based on boundary information underestimate th...
Journal articleCoupled thermo-mechanical finite element modelling of both isothermal axisymmetric co...