Sentence examples for strong interlocking from inspiring English sources

The asphalt core is located between the upstream and downstream transition zones that are simultaneously placed and compacted in the central part of the embankment dam to form a strong interlocking asphalt core gravel transition zone (AC-GTZ) interface.

People are less likely to gain new information if they participate in networks that are characterized by redundant connections or strong interlocking ties (i.e., people who are strongly connected) and frequent and ongoing contact between limited numbers of similar people who share the same knowledge [ 37, 38].

Dental implants with oxide-coated (anodised) surfaces have demonstrated, in histologic and histomorphometric examinations, that the newly formed bone infiltrates the pores of the surface oxide layer and thereby establishes a strong interlock between the bone and oxidized implant [7 9].

Studies by Lin et al. [ 6] showed a 110% increase in interfacial strength for ZnO nanowire coated carbon fibre which was suggested to be due to the ZnO nanowires penetrating the epoxy matrix creating a strong interlock, and further modification of the nanowire dimensions resulted in the interfacial strength increasing by up to 228% [ 37].

This increase in IFSS was suggested to be due to the rough fibre surface creating a stronger interlock with the polymer matrix.

In a healthy system, politicians, courts, journalists, independent officials and trade unions are strong and interlocking.

Additionally, fabricated porous hydroxyapatite scaffolds have been reported to promote strong mechanical interlocking with host bone tissue [20, 21].

These enhancements could be attributed to OapPOSS interface with providing sufficient covalent bonding and strong mechanical interlocking.

Reinforcement factor (Rf) has also confirmed this strong mechanical interlocking of diamond with the matrix which was ~ 1.7 and ~ 3.0 times higher than CNT and graphene, respectively.

The NiCrAlCoW clad layer exhibits strong mechanical interlocking, which results from the complex phase and microstructure of the NiCrAlCoW clad layer.

During the dry sliding wear test, the hard vein-shaped phase in the WB-SKD11 clad layers provided strong mechanical interlocking.