Sentence examples for completely mechanical from inspiring English sources

Its completely mechanical nature and simple mechanism clearly illustrate the behaviour of different lung volumes and their interaction with the ventilator settings.

This paper presents a design of completely mechanical model of the human lung to identify and verify the fundamental mechanics of any mechanically ventilated lungs and the effect of PEEP on recruitment.

One of the most successful long-stroke pumping units available today is the Rotaflex, a completely mechanical device.

At Harvard, researchers led by Robert Wood are developing RoboBees — a completely mechanical flying device loaded up with sensors and batteries that would fly from flower to flower, picking up and then depositing pollen the way a real honeybee would.

Until the early 20th century, the organ was almost completely mechanical in construction — the keys and pedals connected directly with "trackers" to the valves that let air into the pipes to make them speak, with some assistance from air-pressurized levers powered, as the windchests under the pipes were, by assistants using foot pumps.

"About 20 seconds". Not bad for an 87-year-old timepiece whose minute hands are as tall as a good-sized adult and whose works are still completely mechanical (not electric), drawn by falling weights that are raised back up every 7 days.

The pulse tube cooler (PTC) driven by a thermoacoustic engine can completely eliminate mechanical moving parts, and then achieves a simpler and more reliable device.

By being more aggressive and completely eliminating mechanical cooling, operators can release either substantial capital cost savings or increased IT equipment capacity – indeed we found that the benefit of cutting out mechanical cooling is a huge reduction in the cost of delivering each kWh of IT equipment power (and let's be honest that's what data centres actually do) – by up to 20%.

For example, a change of the rope diameter without taking into account the scalable relationships in the rope architecture leads to a completely modified mechanical behavior and thus to modified performance characteristics.

The LiBr crystals in the glass ceramics were not caused by starting crystals, but were precipitated from the glasses because the crystal phase of LiBr disappeared completely during mechanical milling, as shown in Fig. 1.

This situation enables us to completely assess mechanical and physical adhesion properties of the used graft.