Sentence examples for mechanical property determination from inspiring English sources

The technique of nanoindentation, traditionally performed via dedicated indenters can now be reliably achieved using AFM instrumentation, enabling mechanical property determination at the nanoscale using the high spatial and force resolutions of the AFM.

However, for the study of coated materials when polishing is not possible, the defects can interfere with the results of the mechanical property determination and they must be definitely taken into consideration for the indentation data analysis.

These are grounding methods: determination of the thermal conductivity (hot wire method), determination of microstructure, determination of the mechanical properties, determination of absorption and determination of permeability.

In addition, a validation of a simplified model, which allows the mechanical steel properties determination given an estimated corrosion level, is presented.

The biochemical status of tissues were evaluated by collagen and uronic acid (proteoglycan) determination and their mechanical properties were determined using a burst test.

The comparison shows that the proposed stochastic multiscale computational method is useful for determination of this mechanical property.

This study concerns the uniaxial tensile mechanical properties and model parameters determination of ethylene tetrafluoroethylene (ETFE) foils used in structural engineering for membrane structures such as roofs and claddings.

We use NI, employing the continuous stiffness measurements technique, and AFAM for the imaging of the variations of the surface mechanical properties and the accurate determination of the elastic modulus.

In this second part of a series of papers on the mechanical properties of GaAs, direct determination of the brittle-to-ductile transition temperature TBDT of the same crystal as that used for compression experiments (see part I) is reported.

Quantitative determination of the biomechanical characteristics of loops is not possible clinically; however, these mechanical properties can be determined by newer and precise examination tools, i.e., finite element method (FEM).

The present paper focuses on a rigorous statistical procedure referring to small-sampling theory leading to the determination of the number of specimens to test (sample size) in the laboratory for the determination of mechanical properties of rocks.