Sentence examples for movement of piston from inspiring English sources

But the viewer would no longer ask that question after he understood the engine of the car, the manner in which gasoline is ignited by spark plugs, the movement of piston and crankshaft.

During testing the subsystems are considered for the free movement of piston, blockage in solenoid valve, leaking in pressure regulator valve, working of buzzer and clamping mechanism.

Movement of piston inside a cylinder has many applications in industries and measurement of its displacement inside the cylinder is very much important to study its operation and control.

In this technique, the difference of inductances of two identical coils wound outside a cylinder due to movement of piston inside it has been found to be linearly related with the displacement.

Down-hole DSP processes the data needing to be sent with Manchester encoding, down-hole mud pulse generator receives DSP Manchester encoding signal and converts it to large current pulse needed for electromagnetic valve solenoid working and stimulates electromagnetic valve of pulse generator to work, so as to control the movement of piston of the pulse generator.

A specially developed test rig that simulates the tilting movements of pistons at the end of strokes was used in the test.

Choreographers, he announces in "The Manifesto of Futurist Dance", shouldn't confine themselves to celebrating the muscular possibilities of the poor human body, but should imitate instead the sublime movements of pistons and levers as they emulate "the multiplied body of the motor".

A video showing the movement of the piston under the action of hydraulic forces is available as an online supplemental file accompanying this article.

The engine is made of iron and is especially interesting -- fascinating, even -- if you've had a few drinks; the movement of the piston rods and the connecting rods is hypnotic and somehow steadying.

This coupling between in duct acoustic and in-engine thermo-dynamic phenomena is the purpose of the present paper which reports a numerical technique to couple a cold engine characterized by its geometry and the movement of the piston and the valves with an air-intake system characterized by its experimental input impedance.

Finally, the cylinder reaches the maximum gas capacity and the movement of the piston stops (( delta = 0 )).