Study on Simulation of Stamping Forming and Die Surface Optimization of Aluminum Alloy Plate

Miao Hu; Zhi Qiang Yang; Xiao Lin Cao; Qing Yang; Yu Chen; Xin Li

doi:10.4028/www.scientific.net/KEM.764.303

Paper Titles

Cutting Performance of Reaming Alloy Gray Cast Iron HT250 Using Carbide, Cermet and CBN Reamers
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Simulation Analysis of RuT450 Drilling Force Based on LS-DYNA Gun Drilling
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The Effect of Cutting Force Vibration on Machining Quality for Reaming ZL102 Alloy with PCD Step Reamer
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Feed Optimization of Cycloidal Bevel Gear Format Cutting Based on Equal Cutting Area
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Study on Simulation of Stamping Forming and Die Surface Optimization of Aluminum Alloy Plate
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Melt Mold Casting Process Optimization of Train Coupler Based on ProCAST
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Research on the Effect of Cutter Position Points Distribution Optimization on Surface Milling Accuracy
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Parametric Programming of Multi-Type Holes Using the Improved Genetic Algorithm
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The Cutting Parameter Optimization in Helical Milling of Ti Alloys with Small Diameter Tools and the Study of their Cutting Performance
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HomeKey Engineering MaterialsKey Engineering Materials Vol. 764Study on Simulation of Stamping Forming and Die...

Study on Simulation of Stamping Forming and Die Surface Optimization of Aluminum Alloy Plate

Abstract:

Along with the automobile lightweight development, aluminum has become the focus of its own material characteristics. The aluminum alloy products with high efficiency, high quality and low cost are the guarantee of competitive advantage. High quality die surface is directly related to the product quality, cost, production efficiency, die life and so on. In this paper, the stamping process of two kinds of aluminum alloy products was simulated by Auto Form. The method of setting blank holding force and spring back compensation was introduced. At the same time, the setting of parameters such as die fillet, friction coefficient and draw bead was described in this paper. Finally, the optimization of die surface design was achieved by simulation.

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Periodical:

Key Engineering Materials (Volume 764)

Pages:

303-311

DOI:

https://doi.org/10.4028/www.scientific.net/KEM.764.303

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Online since:

February 2018

Authors:

Miao Hu, Zhi Qiang Yang*, Xiao Lin Cao, Qing Yang, Yu Chen, Xin Li

Keywords:

Aluminum Alloy, Die Surface Optimization, Simulation, Springback Compensation

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