Dynamic Prediction of Rolling Bearing Friction Torque Using Lyapunov Exponent Method
p.1120
p.1120
Uncertainty of Rolling Bearing Friction Torque as Data Series Using Grey Bootstrap Method
p.1125
p.1125
Feature Selection Method for Hydraulic System Faults Diagnosis Based on GA-PLS
p.1130
p.1130
Multidisciplinary Robust Optimization Design of Multi-Functional Open-Air Hydraulic Drill
p.1135
p.1135
Design of Guide Rail in a Multi-Functional Open-Air Hydraulic Drill
p.1141
p.1141
Energy-Saving Design for Hydraulic Cylinder Reciprocating Seal Based on QFD
p.1146
p.1146
Study on the Micro-Replication Precision of Shark Skin
p.1151
p.1151
Research of Strength of Rotor System about Containing Blade Crackle Based on Nonlinear Dynamics
p.1158
p.1158
Innovation and Practice of Numerical Simulation Teaching Platform of Engineering Test Courses
p.1163
p.1163
Design of Guide Rail in a Multi-Functional Open-Air Hydraulic Drill
Abstract:
As one of the main parts of a multi-functional open-air hydraulic drill, a guide rail is the benchmark of the power head movement. From the design experience, this paper discussed the performance requirements of the guide rail in a multi-functional open-air hydraulic drill, and studied its structural features, applications and force analysis. It has practical application value.
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Info:
Periodical:
Applied Mechanics and Materials (Volumes 44-47)
Pages:
1141-1145
Citation:
Online since:
December 2010
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© 2011 Trans Tech Publications Ltd. All Rights Reserved
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