This section identifies studies that addressed environmental performance in some way, followed by a discussion on the subject.
A SMA is an alloy that "remembers" its original shape that is, after being deformed, it returns to its pre-deformed shape when heated.
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Shape Memory Alloy (Diniz, Branco, & Sales Dias, 2017) (Lignarolo, Lelieveld, & Teuffel, 2011) (Decker & Zarzycki, 2014) (Juaristi, Monge-barrio, Sánchez-ostiz, & gómez-acebo, 2018) (Hannequart, Peigney, Caron, Baverel, & Viglino, 2018) (Abdelmohsen, Massoud, & Elshafei, 2016) (Jun et al., 2017) (Khoo et al., 2012) (Khoo & Salim, 2013) (Formentini & Lenci, 2017) (Verma & Devadass, 2013) (Coelho & Maes, 2009) (Doumpioti, greenberg, & Karatzas, 2010) (Mokhtar, Leung, & Chronis, 2017) (Pesenti, Masera, & Fiorito, 2018) Shape Memory Polymer (Doumpioti, 2011) (Clifford et al., 2017) (Yoon, 2019) Thermo Bimetal Electroactive Polymer (Kretzer & Rossi, 2012) (Shimul, 2017) (Kolodziej & Rak, 2013) Wood (Holstov, Farmer, & Bridgens, 2017) (Vailati, Bachtiar, Hass, Burgert, & Rüggeberg, 2018) (Augustin, 2018) (Holstov, Bridgens, & Farmer, 2015) (Correa & Menges, 2017) (Vazquez, gursoy, & Duarte, 2019) (Anis, 2019) Hydrogel (Markopoulou, 2015) (Khoo & Shin, 2018) As can be seen in Table 2, the largest group is of studies that use Shape Memory Alloys (SMA) for the development of skin systems.
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