Research on Web-Based Reverse Engineering Service Center

Chun Yu Wang; Guang Wen Zhang

doi:10.4028/www.scientific.net/AMM.101-102.601

Paper Titles

Improved Hysteresis Model of Micro-Positional Stage Based on PI Model
p.581

Meshless Method for the Numerical Solution of a Kind of Linear Hyperbolic Equations
p.586

Research on Screw Thread Form Based on Non-Contact Measurement
p.593

The Study on the Torque Carrying Capacity of the Joint Bearing Six-Hole Style Laminated Membrane Coupling
p.597

Research on Web-Based Reverse Engineering Service Center
p.601

Improved Mu Method with Mixed Perturbation to Dynamic Pressure
p.606

A Project-Driven E-Design System for Product Development Process Modeling
p.610

Classification Decision of Mechanical Drive Types Using LVQ Neural Classifier in Conceptual Design
p.614

Study on the Method of Expressing the Pitch Curve of Non-Circular Gear Based on NURBS Curve
p.618

HomeApplied Mechanics and MaterialsApplied Mechanics and Materials Vols. 101-102Research on Web-Based Reverse Engineering Service...

Research on Web-Based Reverse Engineering Service Center

Abstract:

There are two necessary qualifications applying the skills of reverse engineering to develop a new product, including detecting device, and information processing and modeling technology. However, it is difficult for small and medium-size enterprises to have both. Therefore, in this research paper a web-based reverse engineering service center is proposed, which effectively connects the businesses using the reverse engineering services and the businesses offering these equipments and technologies to develop products. The services that the reverse engineering service center can apply as well as the relevant key technologies are introduced and illustrated. The approach has been proven as feasible.