Add to ORKGAnisotropy in microhardness on (111) cleavage plane of bismuth single crystals has been studied by Vickers microindentation hardness technique. The results of variation in the hardness due to rotation of [101] direction are presented. The symmetry of plane gives rise to the peaks in the plot of the angle of rotation versus hardness curve. The slip direction [101] is the softest direction and corresponds to minimum value of hardness in the curve
Measuring the fracture properties of single grain boundaries has until now required macroscopic bi-c...
79-82Microhardness technique is a very good method to study the deformation behaviour of solids. The...
Hardness and elastic modulus of (111), (110), and (001) oriented Ni3Al single crystals were determin...
Hardness testing is often the only mechanical property test that can be applied to hard solids. The ...
Both doped and undoped W single crystals exhibit hardness anisotropy with respect to the direction o...
59-64Microhardness tests and X-ray studies performed on single crystals of pure Bi, Bi-Pb (3at.%) a...
We have presented an efficient method to predict the anisotropic hardness of crystalline materials a...
Variation of Vickers microhardness on planes parallel to VMH(||C) and perpendicular to the C-axis VM...
‘Hardness anisotropy’ is the variation of measured hardness with orientation of a low-symmetry inden...
359-364Microhardness measurements (Vicker 's hardness number) and x- ray studies have been performe...
The work is a continuation of that of Schneider. Crystals were made from several different samples o...
The orientation dependence of hardness and modulus of ZrB₂ grains were determined on a polycrystalli...
Method of producing crystals of bismuth.—A method is described which permits the production of singl...
This investigation provides a mechanistic background to mechanical property extractions performed fr...
The general nature of light-figure phenomenon in trigonal bismuth single crystals was studied. Light...
Measuring the fracture properties of single grain boundaries has until now required macroscopic bi-c...
79-82Microhardness technique is a very good method to study the deformation behaviour of solids. The...
Hardness and elastic modulus of (111), (110), and (001) oriented Ni3Al single crystals were determin...
Hardness testing is often the only mechanical property test that can be applied to hard solids. The ...
Both doped and undoped W single crystals exhibit hardness anisotropy with respect to the direction o...
59-64Microhardness tests and X-ray studies performed on single crystals of pure Bi, Bi-Pb (3at.%) a...
We have presented an efficient method to predict the anisotropic hardness of crystalline materials a...
Variation of Vickers microhardness on planes parallel to VMH(||C) and perpendicular to the C-axis VM...
‘Hardness anisotropy’ is the variation of measured hardness with orientation of a low-symmetry inden...
359-364Microhardness measurements (Vicker 's hardness number) and x- ray studies have been performe...
The work is a continuation of that of Schneider. Crystals were made from several different samples o...
The orientation dependence of hardness and modulus of ZrB₂ grains were determined on a polycrystalli...
Method of producing crystals of bismuth.—A method is described which permits the production of singl...
This investigation provides a mechanistic background to mechanical property extractions performed fr...
The general nature of light-figure phenomenon in trigonal bismuth single crystals was studied. Light...
Measuring the fracture properties of single grain boundaries has until now required macroscopic bi-c...
79-82Microhardness technique is a very good method to study the deformation behaviour of solids. The...
Hardness and elastic modulus of (111), (110), and (001) oriented Ni3Al single crystals were determin...