GDS-18 GEOMETRY, KINEMATICS AND LOAD SHARING OF PINION RACK GEAR WITH VARIABLE RATIO(DESIGN AND SYNTHESIS OF A PAIR OF GEARS OR OF GEAR TRAINS)

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概要

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• The present paper presents a numerical model able to simulate the quasi-static loaded behavior of a pinion rack with variable ratio. The three main steps are: -Tooth profiles, depending on a given kinematics law, -Unloaded kinematics simulations, to obtain the potential contact zones and to compute the distances between the meshing surfaces, -Instantaneous load sharing computation. Results such as the pressure distribution, meshing stiffness, transmission error and stresses at the tooth roots are provided. The model needs at several steps a CAD model. This one is automatically generated. All the process is briefly presented and the paper is focused on the two first main steps.

• 2009-05-13

著者

• GUINGAND Michèle

  Universitè de Lyon, CNRS, INSA-Lyon, LaMCoS

• de VAUJANY

  Universite de Lyon

• De Vaujany

  Universite De Lyon Cnrs

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• GDN-07 SIMULATION OF THE DYNAMIC BEHAVIOR OF ELECTRIC POWER STEERING (EPS) SYSTEMS USING DEDICATED FINITE ELEMENTS(DYNAMICS AND NOISE PROBLEMS OF GEARS AND GEAR BOXES)
• GDS-18 GEOMETRY, KINEMATICS AND LOAD SHARING OF PINION RACK GEAR WITH VARIABLE RATIO(DESIGN AND SYNTHESIS OF A PAIR OF GEARS OR OF GEAR TRAINS)

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