Dynamic Simulation Analysis of Working Device for Hydraulic Excavator Based on ADAMS
Abstract: Taking a certain
type of excavator as the research object, the 3D models of its working device were
established and assembled by 3D design software Pro/E. And then the 3D models
were imported into dynamics simulation software ADAMS to build the virtual
prototype system after adding constraints and load. Through simulation
analyzing on working device during one work cycle time, the mainly articulated
point’s load stress curves were obtained for working device. Thus proved that
its movement characteristics is in line with the actual working condition,
which provides the theory reference of design and analysis and uses as a design
basis for hydraulic excavator working device.
Author: Caiyuan Xiao, Guiju
Zhang
Journal Code: jptkomputergg160027
