Fine Blanking Technology Optimization of Front End Cover of Timing System for Compressed

Xin Yu Li; Chun Dong Zhu; Yan Chang Zhu

doi:10.4028/www.scientific.net/MSF.872.67

Paper Titles

Influence of Steel Strip-Feeding Process on Density and Segregation of Casting Ingot
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Microstructure Change in ASSAB 760 Steel during Cementation and Quenching Process
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Microstructure and Wear Resistance of Hard-Facing Weld Metal on JIS-S50C Carbon Steel in Agricultural Machine Parts
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Life Extension of Propeller Shafts by Hardfacing Welding
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Fine Blanking Technology Optimization of Front End Cover of Timing System for Compressed
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An Effect of Friction Bonding Parameters to Delamination Defect
p.73

Structural Characterization of a Glass Ceramic Developed from TiO₂ and a Novel Material-Silica Xerogel Converted from Sago Waste Ash
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Electrical Properties of Modified BNT Based Lead-Free Ceramics
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Fabrication and Properties of Mullite Ceramics from Ranong Kaolin
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HomeMaterials Science ForumMaterials Science Forum Vol. 872Fine Blanking Technology Optimization of Front End...

Fine Blanking Technology Optimization of Front End Cover of Timing System for Compressed

Abstract:

Front cover is an important part of the car timing system, it is also an important parts of the engine to ensure the smooth flow.The quality of end cap is directly related to the normal and efficient operation of the engine.In this paper, through the research of the fine blanking process of the front cover of the timing system, a new type of fine blanking die is designed to improve the service life of the die and its parts.The influence rules of the process parameters such as the back top force, the counter pressure and the corner radius on punching smooth zone and the life of the mold, are analyzed by using the finite element software and a series of optimized process parameters are obtained after this.

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Periodical:

Materials Science Forum (Volume 872)

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67-72

DOI:

https://doi.org/10.4028/www.scientific.net/MSF.872.67

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Online since:

September 2016

Authors:

Xin Yu Li, Chun Dong Zhu*, Yan Chang Zhu

Keywords:

Fine Blanking, Numerical Simulation, Optimization Design, Process Parameter

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