Optimization of Vertical Slab of Screw Tire-Shaping Vulcanizing Machine Based on FEM

Zhi Qiang Wang; Yan Jun Fan; Bai Yuan Lv

doi:10.4028/www.scientific.net/KEM.501.457

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The Cathode Design in Electrolysis Deburring of Gear Face
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Experimental Study on Effects of Filling Factor and Polyester Short Fiber Addition on Mixing of Short Fiber-Rubber Composite Material
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Optimization of Vertical Slab of Screw Tire-Shaping Vulcanizing Machine Based on FEM
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Heat Transfer and Friction Characteristics Analyses between WPC Materials and Conveyor Plate
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Mechanical and Thermal Properties of Carbon Black Filled Natural Rubber and Fractal Analysis of Rubber Fracture Surfaces
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Optimization of Vertical Slab of Screw Tire-Shaping Vulcanizing Machine Based on FEM

Abstract:

This paper, after optimization of the vertical slab in screw tire-shaping vulcanizing machine taking the method of FEM, shows that the stiffener-inside slab is better than the stiffener-outside, the slab with the structure of stiffeners is better than the bare-board one. Meanwhile, it cuts about 23.69% cost of the steel to take the optimized scheme.