3D Modeling and Open-Close Motion Simulation of the Triple Eccentric Butterfly Valve

Bing Chen; Yu Guang Fan

doi:10.4028/www.scientific.net/AMR.215.191

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Study of Product Innovative Design Methods Based on Idea Emergence Mechanism
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Computer Aided Formula Design of PVA Abrasive Tool by Polynomial Regression
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Dynamic Characteristic Difference on Two Kinds of Broading Machine on the Similar Configuration
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3D Modeling and Open-Close Motion Simulation of the Triple Eccentric Butterfly Valve
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Numerical and Flow Field Simulation of Acoustic Levitation Polishing
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3D Numerical Simulation of a New Type of Throttle Control Valve
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Product Design of Master Part Based on PRO / E
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Design of Cold Extrusion Die for the Precision Gears
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HomeAdvanced Materials ResearchAdvanced Materials Research Vol. 2153D Modeling and Open-Close Motion Simulation of...

3D Modeling and Open-Close Motion Simulation of the Triple Eccentric Butterfly Valve

Abstract:

It was achieved with the benefit of excellent molding function of CAD/CAM, to solve the designing problems of rotation center of triple eccentric butterfly valve and to improve the seal performance. The Solid Edge software is applied to analyze the process of 3D modeling and motion simulation with details, as well as check both static and dynamic interference. In this way, the reasonable eccentric angle α, cone-apex angle 2β, radial eccentricity e and axial eccentricity C of valve board are acquired. It is effective to shorten the design period of triple eccentric butterfly valve, also improve the design efficiency and quality.