Sentence examples for mechanical interlocking at from inspiring English sources

Cross sections showed good bonding quality and mechanical interlocking at the bond interface.

For mechanical interlocking at the fine scale, a protruding "break-away" feature performs better than a concave, cavity-like feature.

For mechanical interlocking at the large scale, the overall fiber shape is critical and there is little interfacial adhesion.

The improved properties in (CNT/Al2O3)/PDC are believed to originate from increased surface roughness, which leads to mechanical interlocking at the interface during the pull-out process.

There was also evidence of metal debris embedding within the cement mantle originating from the tests of the grit-blasted rods, indicating an extremely strong mechanical interlocking at the interface.

Mechanical interlocking at both large-scale and fine-scale as well as continuous and intermittent chemical bonding were employed to engineer the friction during fiber pullout to improve toughness.

While it is possible to achieve good penetration of trabecular bone and sound mechanical fixation in the central portion of the acetabulum, it can prove difficult to achieve good mechanical interlock at the periphery, since this bone can be sclerotic and thin.

Diffusion and microstructural sintering at the particle-particle interfaces were proposed to cause the change in bonding mechanism from mechanical interlocking to metallurgical bonding and lead to the ductile characteristics of these samples.

Stopping crack progression, bridging mechanism and mechanical interlocking between fibers of CNTs had been justified by SEM images.

The results obtained confirm that the dense ITZ around LWA was not only characterized by the water absorbing and mechanical interlocking, the chemical reaction at the interface also has some contribution.

As a result, the ZnO nanorods/carbon fabric/resin composite (sample CP3) possesses the maximum bending and tensile strength of 62.7 MPa and 170.0 MPa, which increases by 40.2% and 59.1% compared with that of bare carbon fabric/resin composite due to the best mechanical interlocking and chemical adhesion at the interfacial region of the composite.