Sentence examples for indentation protocol from inspiring English sources

An inverse finite-element analysis of the indentation protocol using axisymmetric models adjusted to reflect individual heel thickness was used to extract nonlinear material properties describing the hyperelastic behavior of each heel.

Complex stiffness and hysteresis characterized load resistance and damping properties using a non-destructive, low force magnitude, dynamic indentation protocol spanning a broad loading rate range to identify the dynamic viscoelastic properties of cartilage.

These results may be used to refine clinical indenters and indentation protocols.

Moreover, as the same specimen preparation and indentation protocols were used on both wild type and oim specimens, the impact on bone matrix properties should be equivalent on both groups and should not affect the relative difference between the two.

The linear elastic analytical solution of an axisymmetric probe indenting a semi-infinite half-space forms the backbone of most indentation data analysis protocols.

However, the biological effects of certain design parameters (i.e., tip geometry and size) and loading protocols (i.e., indentation depth, rate, and repetition) on human articular cartilage are unclear.

Because the coatings are brittle and possess a significant tensile film stress immediately after deposition, the influence of film stress on the indentation measurements was quantified using a numerical analysis protocol.

By applying a force step load protocol to induce time dependent sample indentations we measured the local creep compliance of the sample.

In this paper, we critically evaluate the validity of the different definitions of both the indentation strain and the contact radius by applying the protocols on datasets generated from a finite element simulation of spherical indentation.

This paper describes the development of novel experimental protocols and data analysis procedures for extracting meaningful indentation stress strain curves from spherical nanoindentation on polycrystalline samples, and correlating these measurements to the local crystal lattice orientation measured by orientation imaging microscopy at the indentation site.

These new protocols utilize the recently developed data analyses methods for extracting indentation stress strain (ISS) curves in conjunction with the measurements of the local crystal orientations at the indentation sites using the OIM technique.