A design analysis for eco-fashion style using sensory evaluation tools: Consumer perceptions of product appearance

Investigation of Social Opinion on Green Lifestyle and Eco-friendly Buildings. Decision Making Criteria

“…2) -Table 1 shows the elaborated criteria based on our literature review (for full list of factors see Appendix 1). (Bertolini et al 2016, Herbes et al 2018 Life Cycle Assessment (Palombini et al 2017, Boesen et al 2019 Eco-friendly raw materials (Mueller et al 2010, Reimann et al 2010, Gwozdz et al 2015, Tait et al 2016, Wagner et al 2019) The Empirical research based on theoretical findings was performed from the 5 th of July 2020 till the 20 th of July 2020. Expert interviews and focus groups for data validation were conducted from the 5 th of July 2020 till the 20 th of July 2020.…”

Development of a dress design knowledge base (DDKB) based on sensory evaluation and fuzzy logic

“…Zhou et al (2017) discussed personalized garment recommendation by the analysis of user's perceptual preference and demand. More recently, Wagner et al (2019) proposed an experimental design analysis process for assessing consumer perception of eco-fashion style by using sensory evaluation tools. In this study, sensory evaluation was used to exact the relationship between designer's dress fashion perception and DEM 2.2.2 Fuzzy techniques.…”

An analysis of the insertion of sustainability elements in undergraduate design courses offered by Brazilian higher education institutions: An exploratory study

“…Rampasso et al (Rampasso et al, 2018) More specifically, it is worth highlighting the designer as a professional who can greatly contribute to sustainable development. Wagner et al (2019) highlight the growing concern of consumers about environmentally sustainable products, thus demonstrating the importance of professionals who consider environmental and social implications at all stages of a product's lifecycle. In this regard, there are tools to support ecological design throughout a product's lifecycle, such as the EcoDesign Strategy Wheel, Life Cycle Design Strategies, spider-web, and Okala impact factors.…”

“…Ueda (2018) presented a project carried out with industrial design undergraduate students in which students needed to use eco-design for product development. Eco-design is a process that considers environmental aspects with the main objective of designing environments, developing products and executing services that in some way reduce the use of non-renewable resources or minimize their environmental impact during their lifecycle (Köhler et al, 2013;Ueda, 2018;Wagner et al, 2019). Despite students' interest, several challenges were found by students when it came to using support tools due to their lack of knowledge, skills and experience with them (Ueda, 2018).…”