Simulation and Optimization Design on the Amplitude Changing Mechanism of Boom System of Five-Arm Concrete Pump Vehicle

Zhi Yong Ling; Peng Fei Fu

doi:10.4028/www.scientific.net/AMM.43.178

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HomeApplied Mechanics and MaterialsApplied Mechanics and Materials Vol. 43Simulation and Optimization Design on the...

Simulation and Optimization Design on the Amplitude Changing Mechanism of Boom System of Five-Arm Concrete Pump Vehicle

Abstract:

The 3D entity model for the amplitude changing mechanism of boom system of certain 48 meters concrete pump vehicle was established by means of Pro/E software, and then it was imported into ADAMS/VIEW to find out the maximum load carrying capacity of hydraulic cylinder under various working conditions. Under the environment of ADAMS/VIEW, parametric model of boom system was built. Utilizing the measure of design evaluation tools (DET) in ADAMS, optimization design of the amplitude changing mechanism of boom system was commendably achieved. This method evidently minimized the maximum load carrying capacity of hydraulic cylinder, and greatly improved the working performance of boom system.