Sentence examples for indentation increases from inspiring English sources
A methodology has been developed based on finite-element analysis that accounts for (i) the increasing volume of creeping material beneath the indenter as indentation progresses; and (ii) the variation of indentation stress during indentation as the area of indentation increases.
However, several other nanoindentation results for polycrystalline materials show that the indentation hardness increases with increasing indentation depth because of the grain boundary (GB) effect.
As the indentation depth increases, the required force increases.
The hardness, H/E ratio, and indentation toughness increased with increasing boron concentration.
The computations reveal that pile-up of the graded alloy around the indenter, for indentation with increasing yield strength beneath the surface, is noticeably higher than that for the two homogeneous reference materials that constitute the bounding conditions for the graded material.
In addition, it is found that the indentation hardness increases with decreasing cone angle of the conical indenter or decreasing radius of the spherical indenter.
Nanoindentation experiments on Al/glass systems show that, as the indentation depth increases, the hardness decreases during a shallow indentation, and increases when the indenter tip approaches the film substrate interface.
When the thickness ranged from 44 to 235 nm, the peak values of hardness and the corresponding indentation depth increased along with increasing film thickness.
Both in Ni and Co, the indentation hardness increases as the indentation dimension decreases from the micrometer to the nanometer range.
The sample numerical results obtained using the two newly developed models reveal that the indentation hardness increases with the Young's modulus and strain-hardening level of the indented material.
Therefore, as the sample deformation or the indentation depth increases, the corresponding cantilever deflection ∆d or the normal indentation force decreases.
