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Exact(5)
A model-based approach for an optimal control of automated gears is presented.
A method to determine the dynamic load between two rotating elastic helical gears is presented.
Application to generation, local synthesis and tooth contact analysis of face-milled spiral bevel gears is presented.
For illustration and validation, the application for the third order contact analysis of spiral bevel gears is presented with a calculation example.
An original lumped parameter model of planetary gears is presented which accounts for planet position errors and simulates their contribution to the quasi-static and dynamic load sharing amongst the planets.
Similar(55)
Two examples of spur and helical gears are presented to investigate the respective variations of the contact stress in a pair of mating gears with the contact position.
Analytical expressions which define the range of percentage variation in flow displacement that can be achieved based on a generic asymmetric design of the gears are presented.
Some examples of how this has led to real improvements in the performance and life of common engineering components such as rolling element bearings and gears are presented to demonstrate the potential of such methods.
A novel arc-tooth-trace cycloid cylindrical gear is presented in this paper.
A demonstration of the methodology to assess three design alternatives for a bevel gear is presented.
Based on this concept, a mathematical model of the meshing principles of a driven gear meshed with a driving gear is presented.
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Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com