Matches in DBpedia 2016-04 for { ?s ?p "Reciprocating motion, used in reciprocating engines and other mechanisms, is back-and-forth motion. Each cycle of reciprocation consists of two opposite motions: there is a motion in one direction, and then a motion back in the opposite direction. Each of these is called a stroke. The term is also used to mean the length of the stroke. In a steam locomotive, or in a steam, Otto, Diesel or piston engine, a stroke is the action of a piston travelling the full length of its locomotive cylinder or engine cylinder in one direction.The stroke length is determined by the cranks on the crankshaft. Stroke can also refer to the distance the piston travels. Engine displacement is dependent on both the diameter of the cylinder, known as its bore, and the stroke of the Piston.In a pistonless rotary engine, the term is applied to the corresponding rotor movement, see dead centre."@en }
Showing triples 1 to 2 of
2
with 100 triples per page.
- Stroke_(engine) abstract "Reciprocating motion, used in reciprocating engines and other mechanisms, is back-and-forth motion. Each cycle of reciprocation consists of two opposite motions: there is a motion in one direction, and then a motion back in the opposite direction. Each of these is called a stroke. The term is also used to mean the length of the stroke. In a steam locomotive, or in a steam, Otto, Diesel or piston engine, a stroke is the action of a piston travelling the full length of its locomotive cylinder or engine cylinder in one direction.The stroke length is determined by the cranks on the crankshaft. Stroke can also refer to the distance the piston travels. Engine displacement is dependent on both the diameter of the cylinder, known as its bore, and the stroke of the Piston.In a pistonless rotary engine, the term is applied to the corresponding rotor movement, see dead centre.".
- Q671554 abstract "Reciprocating motion, used in reciprocating engines and other mechanisms, is back-and-forth motion. Each cycle of reciprocation consists of two opposite motions: there is a motion in one direction, and then a motion back in the opposite direction. Each of these is called a stroke. The term is also used to mean the length of the stroke. In a steam locomotive, or in a steam, Otto, Diesel or piston engine, a stroke is the action of a piston travelling the full length of its locomotive cylinder or engine cylinder in one direction.The stroke length is determined by the cranks on the crankshaft. Stroke can also refer to the distance the piston travels. Engine displacement is dependent on both the diameter of the cylinder, known as its bore, and the stroke of the Piston.In a pistonless rotary engine, the term is applied to the corresponding rotor movement, see dead centre.".