Sentence examples for deployability in from inspiring English sources

It was still huge, but at least the gun and its companion vehicle could be squeezed into a C-17 transport plane, meeting the transformation goal of quick deployability in a contingency.

The implications of the narrow or broad deployability of skills acquired in occupational training are amply discussed in the literature.

Because of their rigidity, foldability and deployability, tensegrities are becoming increasingly popular in engineering.

System deployability: A set of incrementally deployable and extensible solutions bring existing P2P systems closer to commercial production, and many have been introduced in recent years.

Even if the president and his lawyers make the ban about "deployability," the initial ban was delivered in a blanket statement against any and all transgender people in the military.

The arch is then modeled with finite elements, and a geometrically non-linear analysis is performed in order to verify the deployability feature.

Where demand would have existed, substitute solutions have been favored because (2) they were earlier on the market, (3) they have relative advantage due to some design choices of HIP, (4) HIP lacks early adopter benefits necessitating costly coordination among multiple stakeholders in public deployment scenarios, and (5) people have misconceptions about the deployability of HIP.

In addition to meeting structural performance criteria specified by design code, key design priorities include a low self-weight (preferably being person-portable), deployability (i.e., capable of being packaged in a small volume to enable transportation by air, rail, ship, or truck), and an erection strategy that does not require heavy lifting equipment.

But Kolditz, who served on two national commissions studying transgender service members in the military, says that the "deployability" question has already been looked at.

In this respect, origami-inspired structures feature the deployability of soft wall (tent) structures, while providing the advantages of rigid wall systems such as thermal insulation.

The major advantages of using inflatable structures in space are their extremely low-weight, on-orbit deployability and inherent low launch volume.