… of the load–displacement response or the increase in load after accounting for the instrument’s
contribution to the measurements. The slope-based criterion is usually better than the …

… The elastic modulus and hardness of each sample were calculated by analyzing the load-displacement
curves based on the Oliver & Pharr method using a diamond Berkovich indenter …

… elastic modulus (E r ) and indentation hardness (H it ) are calculated from the load-displacement …
depth, P max is the maximum load and A (hc) is contact area at h = h c . E and ν are …

… the high-load transition from loading to unloading and … determining hardness and Young's
modulus using the Oliver and Pharr method since they can affect the maximum displacement, …

… methods for measuring hardness at high strain rates focused on directly measuring the forces
and displacements … Both have an elastic modulus, E, of about 70 GPa. Single crystalline …

… With this procedure the load-displacement curves for each nanoindentation were obtained.
The hardness and elastic modulus were then obtained using the method developed by Oliver…

… effects of each quantity on the test result improves the reliability of the test procedure. …
due to errors in the displacement measurement and uncertainty due to evaluated quantities (eg …

… of the load–displacement curve from the bulk load–displacement curve. By defining the
CRTDs over the elastic and plastic fields for the hardness and elastic modulus, respectively, the …

… technique is used to obtain load-displacement graphs of the … technique to measure elastic
modulus and hardness along … load and hold (CLH), which is loading to a maximum load and …

… for improvement, although the significant progress were made in recent years [37]. In this
paper, using … were derived to relate load-displacement data to elastic modulus. In addition, the …