The problem is solved when two gears hit, the recovery factor is taken into account. The first gear wheel has started to rotate the second gear wheel is still stationary. This means that there is a blow of one tooth on another tooth, that is, a moving tooth on a fixed one or a driving gear on a driven one. How are the angular velocities related? If we ignore the theory of impact and dynamics, then the connection will be elementary. If we consider the initial moment of impact, then everything will be different, one of the wheels will have zero speed and the other will not have zero speed. So what will be the speed after the impact? In order to solve this problem, you need to find out what happens during the initial strike. If we consider the initial moment of impact, then everything will be different, one of the wheels will have zero speed and the other will not have zero speed. So what will be the speed after the impact? In order to solve this problem, you need to find out what happens during the initial strike. If we consider the initial moment of impact, then everything will be different, one of the wheels will have zero speed and the other will not have zero speed. So what will be the speed after the impact? In order to solve this problem, we need to find out what happens during the initial strike.
Anahtar Kelimeler: Gear train, the angular velocities, the recovery coefficient.
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