Material identification e-platform for environmentally friendly products
Date Issued
2019
Author(s)
Selim I., Lazarevska A. M., Kandikjan T., Sidorenko S.
DOI
10.21606/learnxdesign.2019.17032
Abstract
Materials selection phase plays a pivotal role in product development, which is driven by
consumers’ needs and manufacturers’ requirements. Hence, material research is decisive in achieving competitiveness and success in the products market. Moreover, advances in contemporary technologies have a paramount influence on how new materials are invented and developed. New trends, lifestyles, living expectations, amended with legal requirements imposed by the government –in particular, environmental concerns of products usage and their disposal– additionally complement this process.
Therefore, environmentally friendly materials are getting more attention in substituting common materials in markets that are a threat to humanity and the environment. The aim of this paper is to develop an assistive classification method that comprehends product requirements and accordingly, offers the designers substantial suggestions regarding environmentally friendly materials. The complexity of the stated problem, deriving from the conflicting requirements of the designer, consumer and manufacturer, is addressed by utilizing multi-attribute analysis. The herein proposed solution is tailored more towards industrial designers, who in principle are less familiar with material attributes, which in turn complicates the material selection process when designing for the environment.
consumers’ needs and manufacturers’ requirements. Hence, material research is decisive in achieving competitiveness and success in the products market. Moreover, advances in contemporary technologies have a paramount influence on how new materials are invented and developed. New trends, lifestyles, living expectations, amended with legal requirements imposed by the government –in particular, environmental concerns of products usage and their disposal– additionally complement this process.
Therefore, environmentally friendly materials are getting more attention in substituting common materials in markets that are a threat to humanity and the environment. The aim of this paper is to develop an assistive classification method that comprehends product requirements and accordingly, offers the designers substantial suggestions regarding environmentally friendly materials. The complexity of the stated problem, deriving from the conflicting requirements of the designer, consumer and manufacturer, is addressed by utilizing multi-attribute analysis. The herein proposed solution is tailored more towards industrial designers, who in principle are less familiar with material attributes, which in turn complicates the material selection process when designing for the environment.
Subjects