Virtual Prototype Modeling and Dynamic Simulation for a Large Pendulum
p.1190
p.1190
Study on Dynamic Simulation of Hydraulic Die Forging Hammer Based on VPT
p.1194
p.1194
Research of Dynamic Performance of Reciprocating Compressor Valve
p.1198
p.1198
Vibration Modal Analysis of the Upper Frame of Hydraulic Excavator
p.1203
p.1203
Analysis on Structure Stress Characteristics of Top and Low Slewing Frame of Tower Crane
p.1207
p.1207
Analysis of Local Stress and Vertical Deflection of Down Chord of Inverted Triangle Cargo Boom of Tower Crane
p.1212
p.1212
The Design of Transmission Scheme of the 6-Speed Automatic Transmission Based on the 01N Automatic Transmission
p.1217
p.1217
Analysis on Dynamic Characteristics of Paper Feeding Device
p.1224
p.1224
Dynamic Simulation and Analysis of a Dual-Link Suspension
p.1230
p.1230
Analysis on Structure Stress Characteristics of Top and Low Slewing Frame of Tower Crane
Abstract:
This paper is carried out the analysis on structure stress characteristics of the top and low slewing frame of ST6020 tower crane, and gets the stress contours under different working conditions. According to the stress state of the structure and the adjustments of the structure scheme, rational structure of the top and low slewing frame is obtained.
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Periodical:
Advanced Materials Research (Volumes 605-607)
Pages:
1207-1211
Citation:
Online since:
December 2012
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© 2013 Trans Tech Publications Ltd. All Rights Reserved
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