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Process and Die Design of Square Cup Drawing for Wall Thickening
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 Title & Authors
Process and Die Design of Square Cup Drawing for Wall Thickening
Kim, Jinho; Hong, Seokmoo;
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 Abstract
Recently, thin and light-weight production technologies are needed in IT industry in accordance with increase of the smart phones and mobile PC products. In order to make light and high rigidity products, engineering plastic and aluminum materials are frequently used in products appearance and frame hat support structure. Especially aluminum extrusion and CNC Brick processes are widely used for high strength and high rigidity technology. But extrusion method has constraints to apply exterior design and CNC Brick process has relatively high production cost and low speed of manufacturing. In this research, a new process method is introduced in order to reduce material cost and to improve manufacturing speed dramatically. Plate forging process means basically that thickening of local wall area thickness after deform exterior shape by deep drawing and bending process. Therefore, it is possible to minimize the waste of material and the manufacturing time. In this study the process of plate forging is designed using finite element program AFDEX-2D and the thickness and the width of initial deformed blank. And it is verified as a sample which is a part of laptop developed through the proposed plate forging method.
 Keywords
CNC Machining;Plate Forging;Finite element method;Optimum design;Preform design;
 Language
Korean
 Cited by
1.
Development of Auto-spray system to improve the quality of 3D Scanning Quality, Journal of the Korea Academia-Industrial cooperation Society, 2016, 17, 4, 100  crossref(new windwow)
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