Isolating And Quantifying Tooth Deformation In Worm Gear Systems Operating Under A Torque Load
Price
Free (open access)
Transaction
Volume
23
Pages
12
Published
1999
Size
1,130 kb
Paper DOI
10.2495/LAMDAMAP990201
Copyright
WIT Press
Author(s)
M. Fish & R. G.Munro
Abstract
The positioning error value at any point of contact in a gear set is known as the transmission error. Changes in transmission error during the engagement cycle have been identified as the source of vibration in an operating system. To predict the extent of these vibrations for a given application it is necessary to model the various effects which define contact conditions. It is possible to acquire data to model some effects by direct measurement. Gear tooth deformation due to a torque load has been difficult to quantify under dynamic conditions since the harsh operating environment excludes the mounting of delicate equipment used in data acquisition such as strain gauges. Also, a substantial
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