Sentence examples for behavior of the interfacial from inspiring English sources

The effect on the wetting behavior of the interfacial reaction layer was studied.

However, the dynamic behavior of the interfacial structure as a function of temperature has not been investigated, as well as the interfacial structure related to its mechanical properties.

This paper presents the results and experimental methodology in obtaining the real-time deformational behavior of the interfacial transition zone (ITZ) in concrete during freeze thaw cycles (FTC).

Finite element analyses have been carried out to study the initiation and growth of interfaces crack for piezoelectric beams with interface element by ANSYS, in which the interface element of FE model is based on the cohesive zone models to characterize the fracture behavior of the interfacial debonding.

This paper presents the experimental behavior of the interfacial charge potential (Qs/E) and capacitance potential (Cs/E) responses obtained for quinizarine (1,4-dihydroxyanthraquinone) monolayers on mercury in aqueous acidic solutions, by using chronopotentiometry and derivative Chronopotentiometry with programmed (DCP) and constant currents (CC) and cyclic voltammetry (CV).

The dielectric behaviors of the interfacial polarization between polyethylene matrix and carbon fibers could be described by Maxwell Wagner Sillars relaxation when the composite was heated above 116 °C.

This study starts with a model based on the cohesive zone concept and carries out numerical simulations to check the fracture behavior of this interfacial delamination.

It is found that the conventional material model is not applicable in simulation of the material deformation behavior and evaluation of the interfacial friction in micro-extrusion processes due to the size effect.

The work is based on an extended version of Persson's model of contact mechanics to study the behavior of the contact area, the interfacial separation and the pressure distribution.

By using customized nanoparticles with various sizes and surface functional groups as additives, it might be possible to control the phase separation behavior and the interfacial properties of lattice-patterned LC-polymer composite systems.

We also simulate with our technique the metal pad roll instability and trace the behavior of coupled interfacial modes.