Product design methodology

Ye X, Liu H, Chen L, Chen Z, Pan X, Zhang S (2008) Reverse innovative design—an integrated product design methodology. Comput-Aided Des 40(7) 812-827... 

Figure 1 Mixture lended product design methodology...

Haque, B. and Pawar, K. S. 1998 Development of a Methodology and Tool for Analysing New Product Design and Development in a Concurrent Engineering Environment. In Proceedings EDC 98, Bury St Edmunds Professional Engineering Publishing, 669-677... 

Environmental issues are being addressed more and more heavily in today s and future society. Thus, it is natural that in industrial processes and in their design, environmental effects are also considered over the whole life cycle. The life cycle of the production process can be divided into four parts design, construction, operation, and end of the process. Each part consists of different tasks. Design methodology is a part of the whole process from starting point to grave. The life... 

The design methodology is a description of a technical design process that covers the whole lifetime of the production process. Most decisions concerning industrial ventilation are made at the design stage, and are reflected in construction, operation, maintenance, service, etc. 

L. Constantine, K. Bagherpour, R. Gani, J.A. Klein D.T. Wu, 1996, Computer Aided product design Problem formulations, methodology and applications, Computers Chemical Engineering, 20 (6/7), 685-702. 

Another important advantage of using a response surface methodology based method, like Jones method, is that a mathematical model is used to describe the response as a function of the product design and environmental variables. Using this model, interpolations of the product... 

Truong TH, Azadivar F (2005) Optimal design methodologies for configuration of supply chains. International Journal of Production Research 43 2217-2236... 

This paper provides a framework for the application of Second Law based design methodology to separation systems. A relationship is derived for the available-energy destruction in a binary separation column as a function of the reflux ratio and the feed and product mass fractions. This derivation is limited to separations in which the entropy production is predominately due to mass transfers. 

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