Sentence examples for mechanical interlocking due from inspiring English sources
This could be attributed to the improved mechanical interlocking due to better bond between crushed coarse aggregate and cement paste.
Our proposed apaThis-coating technique ustronghe ladhesiond precursor-assisted biomayetic process would be useful for the creattributedpatothecoated Y-TZP ceramechanicalrthopedinterlockingl applications.
Stopping crack progression, bridging mechanism and mechanical interlocking between fibers of CNTs had been justified by SEM images.
The DEM simulation has led to a detailed observation and an in-depth understanding of the mode II progressive debonding of the mortar-bolt interface and subsequent mortar rupture (due to mechanical interlocking).
The significant improvement of the adhesion was achieved for LDPE samples with the nanonodules and the nanopillar array under the surface modification of the oxygen CCP pretreatment followed by the deposition of the plasma polymer films of ethanol monomer due to the cooperation adhesion mechanisms of the mechanical interlocking and the chemical bonding.
The insertion force of the stinger was greatly minimized due to its ultrasharp stinger tip and barbs while the pull force was seriously enhanced due to the mechanical interlocking of the barbs in the skin.
The detachment of particles from single component F-HA deposits did not occur during EPD due to the mechanical interlocking of F-HA particles in their microstructure.
This result was not due to a mechanical interlocking because roughness of the iron oxide layer does not play an important role.
The study of the transfer film growth by means of an optical microscope revealed that it was due to the mechanical interlocking of the polymer fragments into the metal asperity valleys.
The results indicate that hydrophilic agents are firmly adhered to membrane surface due to a mechanical interlocking, which provides the excellent hydrophilicity and remits the hydrophobic interaction between the bare PTFE membrane and BSA protein molecules in microfiltration.
Both chemical and mechanical interfacial interactions were measured and it was found that the Nylon 6,6 fiber showed highest pullout energy and flexural toughness due to more mechanical interlocking to the matrix.
