Items where Author is "Kapsali:Veronika::"

Kapsali, Veronika (2016) Biomimetics for Designers. Thames & Hudson, London. ISBN 9780500518489

Kapsali, Veronika (2015) Biomimetic approach to the design of textiles for sportswear applications. In: Textiles for Sportswear. Elsevier/Woodhead Publishing, pp. 77-94. ISBN 978-1-78242-229-7

Toomey, Anne and Kapsali, Veronika (2014) D‐STEM: a Design led approach to STEM innovation. In: Making Society through Science and Technology Proceedings of the 5th STS Italia Conference. STS Italia Publishing, Milan, pp. 425-438. ISBN 9789078146056

Kapsali, Veronika and Toomey, Anne and Oliver, Raymond and Tandler, Lynn (2013) Biomimetic Spatial and Temporal (4D) Design and Fabrication. In: Biomimetic and Biohybrid Systems. Lecture Notes in Computer Science . Springer Berlin Heidelberg, pp. 387-389. ISBN 9783642398018

Kapsali, Veronika (2012) Biomimetic approaches to the design of smart textiles for protection. In: Smart Textiles for Protection. Woodhead Ltd. ISBN 9780857090560

Black, Sandy and Kapsali, Veronika (2012) Impact of biomimetic principles on sustainability in the fashion industry. In: The Sustainable Fashion Handbook. Thames and Hudson. ISBN 9780500290569

Kapsali, Veronika (2009) Biomimetics and its impact on outdoor clothing. In: Textiles for Cold Weather Apparel. Woodhead Ltd, pp. 113-130. ISBN 9781439801239

Kapsali, Veronika (2008) Biomimetic principles in the design of clothing. In: Biologically inspired textiles. Woodhead Ltd. ISBN 9781845692476

Black, Sandy and Kapsali, Veronika and Bougourd, Jennifer and Geesin, Frances (2005) Fashion and Function: Factors Affecting the Design and Use of Protective Clothing. In: Textiles for Protection. Woodhead Publishing, Cambridge, pp. 60-89. ISBN 9781855739215

Veronika Kapsali / MMT Textiles Ltd (2016) A material having moisture activatable elements. CA2716700 C.

MMT Textiles Ltd (2015) Active Fibre. US 20150140886 A1.

Kapsali, Veronika (2009) Biomimetic textiles: Design and development of moisture sensitive adaptive textile prototype for application in casual clothing systems. PhD thesis, University of Bath.