Analytical Research on FEM and Dynamic Stress Test of Residue Plastic Film Suspension Recycling Machine

Chun Yao Wang; Yong Xie; Xue Nong Wang; Fa Cheng; Yue Liu; Yuan Kong Chun

doi:10.4028/www.scientific.net/AMR.33-37.1389

Paper Titles

Structure Optimization of a Locomotive Support Vehicle Based on FEM Analysis
p.1365

FEM Analysis and Optimization for Welded Metal Bellows Seal
p.1371

Shape Optimization and Strength Evaluation of Metal Welded Bellows Wave of Mechanical Seal
p.1377

Computer Aided Calculation of Welding Microstructure and Optimization of Welding Technological Parameters
p.1383

Analytical Research on FEM and Dynamic Stress Test of Residue Plastic Film Suspension Recycling Machine
p.1389

FEM Analysis and Optimization Design of a Plastic Film Cutting Machine Tool Rest Structure
p.1393

Optimal Analysis and Application in the Design of Ultra-Light Truss-Core Structures
p.1399

A New Global Optimization Algorithm and its Application
p.1407

Development of the Optimized Manufacturing Process Model by "TAGUCHI METHOD"
p.1413

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Analytical Research on FEM and Dynamic Stress Test of Residue Plastic Film Suspension Recycling Machine

Abstract:

This paper carried on mechanics analysis and the research to the Curved Rake Tine Frame and Headstock of film recycling machine which could cut cotton stalk and recycle the used film simultaneously. This machine was developed by the Institute of Agriculture Machine Xingjiang Academy of Agricultural Sciences. This paper used servile methods to identify the structural deficiencies such as Visualization Virtual Design, Finite Element Method and Testing Method. These data provided a theoretical basis for the design of the Curved Rake Tine Frame and Headstock.