Sentence examples for mechanical capabilities of from inspiring English sources

Using this extant species as an allometric surrogate, we are able to infer the feeding ecology of the giant Miocene piranha, M. paranensis, by reconstructing its bite forces and the mechanical capabilities of its unique dentition.

The mechanical capabilities of these nanotweezers were demonstrated by using them for grabbing and manipulating submicronsized clusters and nanowires.

Thus, these variables were modeled by a linear regression [F V) = F 0 aV], where F 0 (force intercept at zero V), V 0 (velocity intercept at zero force), and maximum power output (P 0 = F 0 V 0/4) were considered as the maximal mechanical capabilities of the neuromuscular system to generate force, velocity, and power, respectively [65].

In addition, the unique mechanical capabilities of PEG PQ alloc) hydrogels should lend their use to a multitude of other applications where sufficiently compliant mechanical properties have been difficult to achieve in many photopolymerizable synthetic systems.

The high mechanical capability of skin-added X-lattice structures is numerically analyzed, followed by introduction of the related manufacturing method.

An obvious decrease of specific capacitance is observed after the 1000 cycles (40.5 % loss), which is attributed to the poor mechanical capability of conducting polymer during the charge/discharge process, especially at high current density.

In summary, this study may suggest that the bio-mechanical capabilities of a two-screw locked construct is comparable to a three-screw non-locked construct in osteoporotic bone, thus providing adequate fixation of short metaphyseal segments in juxta-articular fractures.

Therefore, a new high temperature and high pressure experimental helium loop will be constructed to validate the thermal-hydraulic and thermal-mechanical capability of those components.

These kinds of insights into the mechanical capabilities and limits of wild type keratinocytes will be vital in future efforts to understand the biophysical basis of genetic diseases that are caused by mutations in intermediate filaments, such as the skin-blistering disease epidermolysis bullosa simplex.

Apart from the gain parameters modulation, the mechanical capabilities and the design of the robot deeply influenced the capabilities of the proposed system.

Though robotic arms were used to construct components of the project, its mechanical capabilities are rooted in the plant world.