A Framework to Integration Development Process

Jie Mi

doi:10.4028/www.scientific.net/AMR.44-46.209

Paper Titles

Modulus Prediction for 2D PWF Composites
p.181

Journal Bearing Wear Monitoring via On-Line Visual Ferrography
p.189

Finite Element Analysis on Fatigue Stress History of a Railway Bogie Bolster
p.195

Coding and Decoding of Topological Entities in Constraint-Based Variational Design
p.201

A Framework to Integration Development Process
p.209

Process Planning Dynamic Model Based on HOOPN for Top-Down Collaborative Assembly Design
p.215

A Novel Methodology to Manage Uncertainty for Multidisciplinary Design and Optimization in Conceptual Design
p.225

Radial Clearance is Key Factor Affecting Roller Bearing Life Prediction in Tri-Cone Bit
p.233

An Aircraft Tooling Cooperative Design Model Based on Neuron-Endocrine-Immunity Working Principle
p.239

HomeAdvanced Materials ResearchAdvanced Materials Research Vols. 44-46A Framework to Integration Development Process

A Framework to Integration Development Process

Abstract:

Based on systems engineering theory, complex systems development process is discussed. The integrated model is built, in which the integration methods are introduced. The product development process is not only a continuously evolutional process, but also an improvement process of product model. A conceptual framework for integrated development is proposed. Furthermore, building a full context model to cover life cycle is to leverage the deployment of system engineering process. The result in this paper has a wider implication upon industrial integrated development for complex systems.