Abstract
A vibration analysis method of helical gear system will be proposed. In this method, excitation caused by the axial movement of the distributed load on the tooth flank which is accompanied by mesh progress will be taken into account as well as the excitation caused by tooth flank error and by the change of tooth spring stiffness. This method will be applied to vibration analysis of a gearbox that has gear pairs with different tooth flank modifications and different gear axes supported by different types of bearing. The analytical and experiment results show that this method is accurate and effective enough for practical use.
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