Selection of the design, technical and technological parameters of a CESS is a complex process of selection based on a mathematical model using multi-criteria optimization, in which many factors must be taken into account to attain minimum uncertainty.
The identification of potential threats and opportunities by following these technologies, the selection of appropriate technological capabilities for the company and industry, the acquisition of these technologies from internal or external companies and usage of them are required for strategic management of technology.
Always, however, the ABC analysis technology allows for the selection of relevant technological capabilities for the company and forms part of the core component of category A, fundamental to the company.
The selection of the most appropriated technological solution to produce a certain mould able to competitively produce parts in polymeric materials is a multi-disciplinary activity, which integrates different knowledge fields and professional domains.
In this paper a Life Cycle Engineering (LCE) model is proposed to support the selection of alternative technological solutions through the integration of these three analysis dimensions underlined by the LCE approach.
In an attempt to provide guidance for the selection of technological parameters for the avoidance of primary chatter, this paper determines for the first time the stability regions in terms of the depth of cut and the cutting speed co-ordinates.
The applied methodology provides a single thermodynamics environmental criterion for the selection of technological alternatives, strategies and designs that produce lower environmental impacts connected to higher exergy indexes ηII.
Correct statement of control problems of gas fields development is provided by a balanced selection of technological parameters and control actions included in the model equations.
The sensitivity analysis of three key temperatures is investigated, by which proper selection of technological parameter for poly(dimethylsiloxane) fabrication may be determined to eliminate the variation of stress of the interface in circumstances with temperature varying severely.
Similarly, elements of the technological sub-system impact the social sub-system, for instance, by constraining the selection of workers to those with specialised subsets of technological knowledge and skills.
But the scale of the technological challenge is greater.
