Results 111 to 120 of about 40,235 (150)
Modeling and compensation control of a single tendon-sheath actuated system with time-varying parameters. [PDF]
Sci RepYang M, Wang Q, Wang H, Zhou T, Zhang X.
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Design of high contact ratio spur gears to reduce static and dynamic transmission error
, 2003 Evgueni Podzharov +2 more
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Effect of static transmission error on dynamic responses of spiral bevel gears
Journal of Central South University, 2013The effect of static transmission error on nonlinear dynamic response of the spiral bevel gear system combining with time-varying stiffness and backlash was investigated. Firstly, two different control equations of the spiral bevel gear model were adopted, where the static transmission error was expressed in two patterns as predesigned parabolic ...
Jin-yuan Tang +3 more
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Analysis of Gear Static Transmission Error and Mesh Stiffness
Applied Mechanics and Materials, 2013In this paper, the object of study is one pair increasing gear with building a two-dimensional plane model in ANSYS. According to the gears meshing theory, considering the gear deformation, solve the static transmission error and the gear mesh stiffness in different conditions.
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Influence of Actual Static Transmission Error and Contact Ratio on Gear Engagement Dynamics
Conference Proceedings of the Society for Experimental Mechanics, 2017In the literature, many models for depicting the gear mating dynamics are present. In addition, finite element techniques allow to perform highly representative engagement analysis, but with a high computational effort and in particular only after having defined a semi-definitive geometry.
Stefano Zucca +2 more
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Modelling of spur gear mesh stiffness and static transmission error
Proceedings of the Institution of Mechanical Engineers, Part C: Journal of Mechanical Engineering Science, 1998A modified transmission error (TE) model is introduced for analysing the effects on the transmission error of variation of tooth body stiffness with load application point, and a simulation program for transmission error computation with varying stiffness has been developed.
S Du, R B Randall, D W Kelly
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Volume 11: 2023 International Power Transmission and Gearing Conference (PTG), 2023
Abstract Epicyclic gearsets are commonly used in a variety of industrial applications and while these systems offer many advantages they can also suffer from dynamic problems such as vibration and noise due to their complex geometry and multiple contact points.
Bruzzone, Fabio, Rosso, Carlo
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Abstract Epicyclic gearsets are commonly used in a variety of industrial applications and while these systems offer many advantages they can also suffer from dynamic problems such as vibration and noise due to their complex geometry and multiple contact points.
Bruzzone, Fabio, Rosso, Carlo
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Tooth-meshing-harmonic static-transmission-error amplitudes of helical gears
Mechanical Systems and Signal Processing, 2018Abstract The static transmission errors of meshing gear pairs arise from deviations of loaded tooth working surfaces from equispaced perfect involute surfaces. Such deviations consist of tooth-pair elastic deformations and geometric deviations (modifications) of tooth working surfaces. To a very good approximation, the static-transmission-error tooth-
William D Mark
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Journal of Mechanical Design, Transactions of the ASME, 2019
This paper presents a set of motion transmission error data for a family of helical gears having different profile and lead modifications operated under both low-speed (quasi-static) and dynamic conditions. A power circulatory test machine is used along with encoder and accelerometer-based transmission error measurement systems to quantify motion ...
David Talbot, A Kahraman, Kahraman A
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This paper presents a set of motion transmission error data for a family of helical gears having different profile and lead modifications operated under both low-speed (quasi-static) and dynamic conditions. A power circulatory test machine is used along with encoder and accelerometer-based transmission error measurement systems to quantify motion ...
David Talbot, A Kahraman, Kahraman A
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