The effect of the elastic deformation of a point-sharp indenter on the relationship between the indentation load P and penetration depth h (P-h curve) is examined through the numerical analysis of conical indentations simulated with the finite element method [...
In this work, the effects of conical indentation variables on the load-depth indentation curves were...
In the analysis of instrumented indentation data, it is common practice to incorporate the combined ...
The nanoindentation technique has made it possible to measure deformations at extremely low forces a...
The effect of the elastic deformation of a point-sharp indenter on the relationship between the inde...
Current methods for measuring hardness and modulus from nanoindentation load-displacement data are b...
In this paper. the effect of indenter tip roundness on hardness behavior for two typical elastic per...
Methods currently used for analyzing nanoindentation load-displacement data to determine a material`...
Nanoindentation is a widely recognized method for characterizing the mechanical properties of thin f...
If all components in a nanoindentation system are well calibrated and a reference material has uniqu...
In this paper the influence of contact geometry, including the round tip of the indenter and the rou...
The finite element method has been used to study the behavior of an aluminum alloy during elastic-pl...
Methods currently used for analyzing nanoindentation load-displacement data give good predictions of...
In this paper, we report on a study of the surface effect on nanoindentation and introduce the appar...
Nanoindentation techniques provide a unique opportunity to obtain mechanical properties of materials...
This thesis addresses three important problems in hardness testing that are of direct relevance to t...
In this work, the effects of conical indentation variables on the load-depth indentation curves were...
In the analysis of instrumented indentation data, it is common practice to incorporate the combined ...
The nanoindentation technique has made it possible to measure deformations at extremely low forces a...
The effect of the elastic deformation of a point-sharp indenter on the relationship between the inde...
Current methods for measuring hardness and modulus from nanoindentation load-displacement data are b...
In this paper. the effect of indenter tip roundness on hardness behavior for two typical elastic per...
Methods currently used for analyzing nanoindentation load-displacement data to determine a material`...
Nanoindentation is a widely recognized method for characterizing the mechanical properties of thin f...
If all components in a nanoindentation system are well calibrated and a reference material has uniqu...
In this paper the influence of contact geometry, including the round tip of the indenter and the rou...
The finite element method has been used to study the behavior of an aluminum alloy during elastic-pl...
Methods currently used for analyzing nanoindentation load-displacement data give good predictions of...
In this paper, we report on a study of the surface effect on nanoindentation and introduce the appar...
Nanoindentation techniques provide a unique opportunity to obtain mechanical properties of materials...
This thesis addresses three important problems in hardness testing that are of direct relevance to t...
In this work, the effects of conical indentation variables on the load-depth indentation curves were...
In the analysis of instrumented indentation data, it is common practice to incorporate the combined ...
The nanoindentation technique has made it possible to measure deformations at extremely low forces a...