Simulating the Mechanical and Structural Properties of UltraSTEELTM Dimpled Sheet
p.107
p.107
Design and Simulation of a Femoral Component Peg in Total Knee Replacement
p.111
p.111
Wire Strand and IWRC Modeling and Contact Analysis Using Finite Elements
p.115
p.115
Product Based Material Testing for Hyperelastic Suspension Jounce Bumper Design with FEA
p.119
p.119
Design and Optimization of NC Machining Technology for a Kind of Boring Axle
p.124
p.124
Path Planning for Vehicle with Constraint on Turning Radius among Obstacles
p.128
p.128
Automotive Crashworthiness Optimization Using Energy Flow Based Variable Screening
p.133
p.133
Rapid Forming of Hydroxyapatite-Silica Ceramics
p.137
p.137
Design for Assembly in Concurrent Engineering - A Case Study on its Application: Glass Block Holder and Glass Mold
p.141
p.141
Design and Optimization of NC Machining Technology for a Kind of Boring Axle
Abstract:
Addressing the problems of large size, high precision and the difficulty of machining boring axle, the better machining and detecting methods was presented using the characteristics of centralized processes of NC machining equipment. In order to machine the boring axle in a reasonable, efficient, and high-quality way, the NC machining technology plan was preliminary developed and optimized.
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Periodical:
Key Engineering Materials (Volume 450)
Pages:
124-127
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Online since:
November 2010
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© 2011 Trans Tech Publications Ltd. All Rights Reserved
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