Page 108 - Çevre Şehir İklim İngilizce - Sayı 2
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Industrial Decarbonization:
                                The Role Of Material Efficiency Strategies

            Similarly, a study by Asiedu and Gu (1998: 885) suggests that it is possible to
            mention four simple stages for a standard product: Design, Production, Use
            and Disposal Below, there will be an explanation on what these four stages
            involve, and what the suitable material strategies for each stage are, as well
            as that these material strategies mean in detail with reference to IRP (2020a),
            IEA (2019) and various studies in literature.

               a. Design Stage and Strategies


               Although the design stage is understood as the stage where a product
            or service is designed physically or as an application, it is a more complex
            stage.  Literature  contains  many  different  definitions  on  its  scope.  These
            differences result from the engineering, the type of product, as well as the
            view and experience of the writer (Qureshi et al, 2014: 225). The scope of the
            design stage is defined simply by Howard et al (2008) as establishing a need
            phase, analysis of task phase, conceptual design phase, embodiment design
            phase, detailed design phase, implementation phase. Eisenbart et al (2011)
            expanded the same scope with two elements, use and finalizing. Gericke and
            Blessing (2012) did a literary review and reached a generalized definition.
            According to this classification, most design processes include analysis of,
            conceptual design, embodiment design, and detailed design. Models such
            as service design, software design and system engineering include a needs
            analysis, while models such as system engineering, building design, software
            design, service design and mechatronics require the implementation stage.
            In addition, most of the system engineering models and individual models
            such  as  building  design/architecture,  software  design,  and  service  design
            also focus on product maintenance and repairs, so they require a use stage.
            In system engineering, an additional closeout stage is added to the design
            process (Gericke and Blessing, 2012: 176). To sum up, starting with the first
            definition of the product concept, the design and development of a product
            can  be  defined  as  the  development  of  conceptual  solutions,  detailing  of
            these  conceptual  solutions,  refinement  and  finalization  of  these  solutions
            (Quresh et al, 2014: 227). Therefore, it can be said that this is the stage where
            the preliminary decision is made about which materials, how much and for
            what will be needed for the product or service.. To illustrate, in line with
            the decisions made as a result of thedesign stage, larger or more complex
            designs will lead to more material-intensive products while relatively small
            and simple designs will yield less material-intensive products. Therefore, the
            design stage is an important step that also affects the following three stages.







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