How to use in-sentence of “piston”:
+ Biogenic carbonate and ice-rafted debris accumulation in deep-sea sediments from the Northeast Atlantic piston core.
+ When the piston is at bottom dead centre, fuel-air mixture is blown in under slight pressure.
+ A steam engine is another type of piston engine.
+ The piston turns the crankshaft and creates power.
+ Typically, this will be used for mixed-power aircraft with piston-engines and jets, or jets and rockets, but occasionally an aircraft will be fitted with more than one type of piston engine.
+ The steam then pushes the piston which in turn pushes a metal rod that is connected to the wheels, making the locomotive move.
+ A very common question is how to compare the thrust number of an airplane engine with the mechanical power of a piston engine.
+ They use a split crank pin where the piston connects to the crankshaft.
Example sentences of “piston”:
+ Beginning in 1968, the 172 was powered by a Lycoming four-cylinder piston engine.
+ This type is also used for many automobile engine superchargers because it is easily matched to the induction capacity of a piston engine.
+ The Stirling engine provides electricity and mechanical energy by having the fluid from within a cylinder expand, which then drives a piston that turns a shaft.
+ Beginning in 1968, the 172 was powered by a Lycoming four-cylinder piston engine.
+ This type is also used for many automobile engine superchargers because it is easily matched to the induction capacity of a piston engine.
+ The Stirling engine provides electricity and mechanical energy by having the fluid from within a cylinder expand, which then drives a piston that turns a shaft.
+ An automatic feathering system was first brought out into the open on the Martin 4-0-4 aircraft, which was a piston engine airplane.
+ A piston engine does not move the plane.
+ The pump uses piston pumps to move the concrete.
+ There are lots of different configurations of piston engines.
+ The Wankel engine is better than an engine of the reciprocating piston design because it is more compact and simple.
+ Hydraulic lifts use the principles of hydraulics to pressurize an above ground or in-ground piston to raise and lower the car.
+ Unlike pressurizing a piston cylinder in the bolt carrier, the gas of the direct impingement system simply passes into a shallow depression in the bolt carrier and actually blows the carrier to the rear.