Vous avez cherché: crankshaft (Allemand - Anglais)

my crankshaft?
my crankshaft?

"aero" crankshaft?
"aero" crankshaft?

re: re: crankshaft
re: making a body.

re: "aero" crankshaft?
location:

auszeichnung von tianrun crankshaft co. ltd.
award from tianrun crankshafts co. ltd.

(http://tractors.wikia.com/wiki/crankshaft)
(http://tractors.wikia.com/wiki/crankshaft)

crankshaft for fiat 1100 103, used spare part in very good conditions for classic cars, please ask m ...
crankshaft for fiat 1100 103, used spare part in very good conditions for classic cars, please ask m ...

the rod has a solid big end and the crankshaft is built up, so that two parts must be assembled in the factory.
the rod has a solid big end and the crankshaft is built up, so that two parts must be assembled in the factory.

crankshaft for fiat 1400, used spare part in very good conditions for classic cars, please ask me for more photos or info.
steering wheel for fiat 1400, used spare part in very good conditions for classic cars, please ask me for more photos or info.

hierzu zählt z.b. die crankshaft genannte, neue javascript engine, die bis zu 60% schneller arbeitet.
mainly there is the new javascript engine "crankshaft", which is up to 60% faster than the known one.

the core of the wankel engine is the rotor, which creates the turning motion. it is similar in shape to a reuleaux triangle with the sides somewhat flatter. wankel engines deliver three power pulses per revolution of the rotor using the otto cycle. however the output shaft, because of its toothed gearing to the rotor, turns three times faster giving one power pulse per revolution at its output. the result is that the rotor turns much slower than the output shaft, at one third of its speed. this can be seen in the animation below. the rotor in one revolution will be giving power pulses and exhausting simultaneously, while the four stages of the otto cycle occur at separate times. for comparison, in a two-stroke piston engine there is one power pulse per crankshaft revolution, the same as a wankel engine's output shaft, with one in two revolutions in a four-stroke piston engine.
the core of the wankel engine is the rotor, which creates the turning motion. it is similar in shape to a reuleaux triangle with the sides somewhat flatter. wankel engines deliver three power pulses per revolution of the rotor using the otto cycle. however the output shaft, because of its toothed gearing to the rotor, turns three times faster giving one power pulse per revolution at its output. the result is that the rotor turns much slower than the output shaft, at one third of its speed. this