Sentence examples for flying methods from inspiring English sources

The Navy's special devices, as they are sometimes termed, have been called the greatest military-training innovation of modern times Among other inventions are the Captain's discoveries of the de Florez-oil-cracking process, the de Florez temperature-control system, and the de Florez verticical furnace, safety drilling systems, and blind flying methods.

The simulation is carried out in a high precision formation flying simulation environment at last to validate the inner formation flying methods.

A new four-winged flapping robot not only successfully imitates the fruit fly's hyper-agile flying method, but can travel for up to a kilometer before running out of juice.

Because the formula uses an "as the crow flies" method of measuring distance from point to point, as WalkScore puts it, "this means if you live across the lake from a destination we are assuming you'll swim".

The resistivity of concrete was measured by newly developed non-contact electrical method and the modulus of elasticity of concrete was measured by echo flying time method.

In a second experimental part, the direct measurement of flying time method is used for shear "S" waves.

Whilst the use of an ROV will be essential when sampling close to, or under, devices, the flying array method can continue to monitor control areas cost-effectively and relatively quickly (e.g. the two control areas either side of Wave Hub in Figure 4).

But the fly method, tested twice with some success last year, suffers from the problem of rearing enough flies.

With the statistical trap response (STR) method and modified on-the-fly method, the proposed model is validated by the experimental evidence under both DC and AC NBTI.

In this paper, the on-the-fly method is implemented into MCNP6 and tested in both graphite-moderated and light water-moderated systems.

The on-the-fly method is compared with the thermal ACE libraries that come standard with MCNP6, yielding good agreement with integral reactor quantities like k-eigenvalue and differential quantities like single-scatter secondary energy and angle distributions.