The face load factor is a common coefficient used in gear design standards that takes into account the uneven distribution of load across the face width of the gears caused by the mesh misalignment.
The influence of the length of gear shafts, the face width of the gears, the relative position of the gears over their shafts, the ratio between the pitch radii of the gears and the radii of their shafts, and the relation between the mesh misalignment and the face load factor, have been investigated.
The design variables including the short width coefficient, the diameter of the pin, the width of the cycloid gear, etc. are defined.
Taking the cylindrical volume whose height is equal to the tooth width as the volume of the gear teeth, the hypothetical diameter of cylinder is considered as the average diameter of outside circle diameter and inside circle diameter.
Hu et al. [6] established a reliability model for closed planetary gear system, which considered the effects of load, tooth width and load sharing on reliability of the gear system.
(eta _L) and (eta _H) are approximated from gears specification and number of the gear stages.
Most of the gear is bland.
Increasing the value of the face width or increasing the module would reduce the stress in the tooth; however increasing the module would result in an increase in the overall diameter of each gear in the set and hence the overall size of the gear train would increase.
So, take our all of the gear.
The width of the stripe pure Sloane.
First, decide the width of the pickets.
