Sentence examples for tip material from inspiring English sources

A variety of metals can be chosen as the tip material.

Localised plastic deformation in the soft-tip material may be manipulated by adjusting the material properties and geometries of the tip material alongside variables such as; the free blade length, the speed and the properties of the incoming coating.

In this study, a design option was exercised to eliminate the excessive stress gradient in the burner tip material.

In reality, factors involved in the risk assessment often have many uncertainties, e.g., the variations in rock properties and cutting tip material properties.

Root-cause analysis of a burner tip failure is investigated employing stress modeling in the burner tip material in this study.

In addition to KE and momentum, other variables such as tip material and morphology affect penetration, influencing ability to cut through hide, muscle and bone, depth of penetration, and wound morphology.

Furthermore, by fine-tuning the fabrication parameters, i.e., the amount and thickness of the deposited tip materials and total height of the structure, the size of the active nanoparticle sitting on the tip of the Au nanocone sensor can be controlled very accurately and more complex structures featuring multiple layers of different materials are easily achieved, as illustrated below.

In this paper, a simplified thermodynamics analysis of cyclic plastic deformation is performed in order to establish an energy transition relation for describing the elastic plastic stress and strain behavior of the notch-tip material element in bodies subjected to multiaxial cyclic loads.

Design of soft-tip materials with respect to these factors may make it easier to achieve a desired blade tip and hence, coating characteristic.

By precisely controlling the tip-material interaction on the nanoscale, complex and high-precision nanostructures, such as nanodots, nanogrooves, and even 3D nanostructures, have been successfully fabricated.

This method consists first of indentation and subsequent scratching actions on various materials, in which the tip-material interaction is strongly dependent on the type of material, such as metals [11], semiconductors [12, 13], and polymers [14].