The Optimizing Processes and Integrated System Structure of the Pipe Fitting

Yan Xu; You Xin Yuan; Jing Chen; Xiao Bin Long; Lu Wang

doi:10.4028/www.scientific.net/AMM.401-403.904

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Structural Optimization of Composite Wing Based on Different Blending Models Using Genetic Algorithm
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Study of Wax Deposition Rate in Waxy Crude Oil Pipeline
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Study on Weld Seam Modeling for Remote Welding
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The Forming Reasons of Polymers of EO/EG Plant’s Decarbonation System
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The Optimizing Processes and Integrated System Structure of the Pipe Fitting
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The Study of How to Extrude the Special Shaft Parts into Form
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Key Protective Techniques Study for Strain Gauges in the Oil-Water Mixture and Pressurization Environment
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Study on the Heat-Treatment of Clad Plate for Cutting Tools
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Prediction Methodology of Creep Performance from Stress Relaxation Measurements
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HomeApplied Mechanics and MaterialsApplied Mechanics and Materials Vols. 401-403The Optimizing Processes and Integrated System...

The Optimizing Processes and Integrated System Structure of the Pipe Fitting

Abstract:

The current pipe fitting forming process is characterized by more than one equipment and gradually formation processes, it is high misinformation, low performance, and poor versatile inferior. Therefore, an automatic integrated system about the pipe cutting, the pipe bending, the molding pipe end and the discharging is presented in this paper. The integrated system can realize the integrated numerical control, willfully combine the whole processes, and enhance the process quality. The following works have been done: design the processes schematic, optimize the integrated pipe processes, and design the integration process system structure. The research lays the rationale for the development of the integration process numerical control equipment.