Simulation and Experimental Analysis of Automatic Filament Doffing System for Chemical Fiber Based on Plant Simulation
Based on Plant Simulation software,a 3D digital model of a chemical fiber automatic doffing system was constructed.Input factors that have an important impact on system efficiency were parameterized.The three-di-mensional digital models of each station of the system were imported into the software to establish a hierarchical mo-tion mechanism graphic structure.Simtalk language was used to realize the 3D motion path planning,and the basic physical parameters are set to ensure that the simulation digital model is more consistent with the real system.The characteristic curve of the influence factors of the system on the system efficiency was analyzed through the multi-stage experiment design,and the sensitivity of the influence of the double input factors on the system effi-ciency was calculated through the dynamic parametric experiment method.The experimental results can provide guidance for the construction cost control and feasibility analysis of the chemical fiber automatic doffing system,and have good engineering application value.
automatic chemical fiber doffingdynamic parameterizationvirtual simulationPlant Simulation
NETL
NSTL
万方数据
