Sentence examples for interlocking effect from inspiring English sources
Although it took into account the effect of roughness of rock joint on its shear strength by a two-dimensional simplification, Patton's model ignored the scale effect, interlocking effect between the asperities, and roughness evolution during the shearing and damage process of the rock joint.
Modern bone cement technique obtains the maximum degree of bone cement interlocking effect through the use of low-viscosity bone cement and compression techniques.
The reason was attributed to the larger porosity and enhanced mechanical interlocking effect.
Therefore, both the mechanical interlocking effect and the chemical bonding effect were responsible for the improvement in the interfacial adhesion in inkjet-printed Ag/polyimide systems.
In order to elucidate such effect, hybrid single-lap joints consisted of ceramic particles and glass fibre reinforced composites were evaluated to better assess the mechanical interlocking effect provided by silica and cement inclusions.
The high bond strength of the sputtered HA(+ ZrO2 + Y2O3)/Ti6Al4V composite coatings was attributed to the formation of diffusion layer in interfacial zone, the sputter cleaning and ion bombarding processes, and the mechanical interlocking effect resulting from the rougher surface of Ti 6Al 4V substrate treated by sandblasting and etching.
Our proposed apaThis-coating technique ustronghe ladhesiond precursor-assisted biomayetic process would be useful for the creattributedpatothecoated Y-TZP ceramechanicalrthopedinterlockingl applications.
For diamond coatings asperity interlocking effects are important for rough surfaces, graphitisation is a dominating mechanism for smooth engineering surfaces and hydrogenising of dangling bonds may be crucial for physically smooth surfaces.
A network interlock effect was proposed to account for this phenomenon.
Mechanical interlock effect by micro scale pattern can be increased by nano scale surface morphology effect promoting additional adhesion strength at the interfaces.
Furthermore, it is shown that loading mode controls the mechanical interlock effect, which is attributed to the fact that the stress distribution at the interface controls the deformation and failure characteristics of the polymer resin near the interface.
