Sentence examples for mechanically capable from inspiring English sources

"It's not because we're not mechanically capable – there are robots that could do that.

She's allowed to be as pushy as Election's Tracy, as resourceful as Harry Potter's Hermione, as mean as Mean Girls' mean girls, as violent as Carrie's Carrie, as independent as Juno's Juno and even as mechanically capable as Transformers' Mikaela.

The government has assigned CBS TV to channel " of the TV band (heretofore held invilate for the Army) and none of the 3000 TV receiving instruments in the area that might be reached is mechanically capable of receiving Channel 2. The sets could be adjusted to receive on both channels but the factories & men are tied up on defense production.

It is designed mechanically capable to provide a central magnetic field of 1.2 T in a volume of 0.9 m in diameter and 1.4 m in length, and the coil material density is to be 1 g/cm2 with a physical coil thickness of 3.4 mm.

Sintering Na2O-containing bioactive glasses into a mechanically capable glass ceramics or fully crystalline ceramics has been proven to be a strategy to achieve mechanical strength competence while retaining good biodegradability in the material (Chen et al. 2006).

In a sealed enclosure, the maximum displacement is determined by V_\mathrm{d} = x_\mathrm{max} \times S_\mathrm{d} where Vd stands for volume of displacement (in m3) xmax to the amount of linear excursion the speaker is mechanically capable of (in m) Sd to the cone area of the sub woofer (in m2).

A hinged mechanism capable of being opened and closed mechanically, which is used to grip logs during extraction or loading.

The resulting film-type sensor was highly transparent (~93.5% transmittance at 550 nm) and mechanically stable (capable of resisting 10000 cycles of bending to a 500 µm radius of curvature).

The 650i Gran Coupe starts at $89,325 for 2014 while the hugely capable, mechanically similar 550i sedan starts at $64,825.

Recent measurements have shown that one mitotic kinesin superfamily member, Eg5, is mechanically processive and capable of crosslinking and sliding microtubules in vitro.

Heart valve tissue engineering (HVTE) is a promising alternative to existing replacement options, with the potential to synthesize mechanically robust tissue capable of growth, repair, and remodeling.