The Reliability Evaluation of Threaded Connections in Challenging Drilling by Three-Dimensional Finite Element Analysis
p.2831
p.2831
The Research of Deformation Compensation of the Unloading Mechanism of the Beam for XK-2535 Large-Scale CNC Gantry Milling Machine and Engineering Application
p.2840
p.2840
Development of CAD Module for Gating System of Iron Castings Based on Sinovation
p.2845
p.2845
Construction Method of Tool Path Based on Arc-Cell
p.2849
p.2849
A Parting Surface Design of Multi-Cavity Mold Based on Pro/E Surface Technique
p.2855
p.2855
Air Flow Field and Fiber Motion in a Swirl Die Melt-Blowing Process
p.2861
p.2861
An Identification Method for Joint Parameters Based on Finite Element
p.2866
p.2866
Analysis on micro-/poly-Crystalline SiGe Alloy Solar Cells
p.2872
p.2872
Dynamics Influences Discussion of Robot MiniQuad-II for Construction Member Structure Change Based on ADAMS
p.2881
p.2881
A Parting Surface Design of Multi-Cavity Mold Based on Pro/E Surface Technique
Abstract:
Parting surface design is the key to mold design. Taking mold design of a component as an example, this paper introduces the implementation of a parting surface design of complex multi-cavity mold supported by the surface technique of Pro/E software.
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Periodical:
Advanced Materials Research (Volumes 690-693)
Pages:
2855-2858
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Online since:
May 2013
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© 2013 Trans Tech Publications Ltd. All Rights Reserved
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