Research on Machinability and Evaluation Methods of Feature-Based Part under Concurrent Engineering Environment

Hong Jun Liu; Rong Mo; Qing Ming Fan; Zhi Yong Chang; Xiao Peng Li

doi:10.4028/www.scientific.net/MSF.532-533.805

Paper Titles

General Subdivision Inferred from Catmull-Clark Subdivision Algorithm
p.789

Modeling of Virtual Machining System for Contour Milling of Gear Indexing Cam
p.793

The Kinematic Analysis of a Novel Parallel Machine Tool with 3-HSS Structure
p.797

Thermal Effects on Elasto-Plastic Contacts between Rough Surfaces
p.801

Research on Machinability and Evaluation Methods of Feature-Based Part under Concurrent Engineering Environment
p.805

A Study on the Process Sequence Design of a Tub for Washing Machine Container by Finite Element Analysis
p.809

Representation of Developable Surfaces and Achievement of the Algorithm
p.813

Mechanical Models and Numerical Simulation of Rolling Compaction for Metal Powders
p.817

Module and Product Family Formation Based on Improved Interpretive Structure Model
p.821

HomeMaterials Science ForumMaterials Science Forum Vols. 532-533Research on Machinability and Evaluation Methods...

Research on Machinability and Evaluation Methods of Feature-Based Part under Concurrent Engineering Environment

Abstract:

Part manufacturability under Concurrent Engineering (CE) environment was analyzed in detail. An evaluation system of Design For Manufacturing (DFM) was proposed according to CE ideas. The evaluation methods for part manufacturability feature-based are intended to present in this paper. Product design can be guided according to feedback information by evaluating the part manufacturability. Finally an example of rabbet-feature manufacturability of a turbine blade was given to show the method available and practicable.