Preface, Sponsors and Committees
A Sweet Spot Model for Batting
p.3
p.3
Load Distribution over Raceways of an 8-Point-Contact Slewing Bearing
p.10
p.10
Primary Resonance of the Current-Carrying Beam in Thermal-Magneto-Elasticity Field
p.16
p.16
Nonlinear Model of Thin-Walled Composite Beams with Moderate Deflections
p.22
p.22
Solitary Waves and Chaotic Behavior in Large-Deflection Beam
p.28
p.28
On Computing Leakage Flow of Plunger Pair in Radial-Plunger Pump
p.35
p.35
Research on the Force on the Plunger and the Roller of the Static Pressure Supporting Cylinder Pair
p.41
p.41
The Modeling Study on Kinematic Interface Joints Based on Accordant Displacement Method
p.48
p.48
Load Distribution over Raceways of an 8-Point-Contact Slewing Bearing
Abstract:
An 8-point-contact slewing bearing is usually applied with strict requirements. The load distribution over raceways is the fundament to calculate both the static and dynamic capability of a slewing bearing. The paper discussed a method for calculating the load distribution in an 8-point-contact slewing bearing under general load conditions (turnover moment, axial load and radial load). Based on the method, some suggestions were proposed for optimization of the slewing bearing design.
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Info:
Periodical:
Applied Mechanics and Materials (Volumes 29-32)
Pages:
10-15
Citation:
Online since:
August 2010
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