A Method of Quality Control for Networked Collaborative Product Development

Xing Yu Jiang; Shi Jie Wang; Jia Qi Jin; Wan Shan Wang

doi:10.4028/www.scientific.net/AMR.118-120.866

Paper Titles

Design of the Inner Helicoids of Screw Motor Stator’s Steel Casing and Studying of NC Manufacturing Technology
p.846

Study on the Influence of Rolling Technology on the Broadside Feature of Laser Tailor-Welded Blanks with Long Weld Seam
p.851

Computational Analysis of Condensed Vaporized Alloying Elements of 5456 Aluminum Alloy
p.855

The Optimal Maintenance Period for Repairable Product after Warranty Expiration under Renewing Warranty
p.860

A Method of Quality Control for Networked Collaborative Product Development
p.866

Analysis of Hydraulic Lifting System and Design of Cylinder for the New 450t Schnabel Car
p.871

Vibration Effects on Tailstock of a Turning Machine
p.876

Mean Square Error Criteria to Multiple Quality Characteristics Robust Design by the Weighted Tchebycheff Method
p.881

Theoretical and Experimental Studies of Statistical Evaluation Method for Flatness Error
p.886

HomeAdvanced Materials ResearchAdvanced Materials Research Vols. 118-120A Method of Quality Control for Networked...

A Method of Quality Control for Networked Collaborative Product Development

Abstract:

To cope with the challenges of product quality design system applied in networked collaborative product development (NCPD), a new method of quality control for NCPD-collaborative quality design mode, which integrates voice of customer, quality function deployment (QFD) and failure modes and effect analysis (FMEA) , and corresponding functional modules and framework were all put forward. This mode dealt mainly with constructing and running collaborative quality design system, integrated several enabling technologies such as the integration of QFD and FMEA, task distribution of quality design, integrated technology of computer-supported-collaborative work (CSCW). On the basis of these, applying Java, JSP and JavaServlet to the system, improve working efficiency and shorten the development cycle so as to respond to the fluctuation of market demands as quick as possible. The quality design of some automobile was introduced as an example to verify that the system developed would efficiently meet the requirements of NCPD.