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Woda w mieście - Czy mamy o czym rozmawiać?

Cieszewska Agata, Pusłowska-Tyszewska Dorota

Gospodarka Wodna

2022

Nr 10

23--30

W dobie zmian klimatu kluczowe jest poznawanie dobrych praktyk w zakresie kształtowania środowiska, zwłaszcza trudnego środowiska miejskiego. Kraje skandynawskie od lat wdrażają rozwiązania integrujące gospodarowanie wodą, kształtowanie klimatu lokalnego, różnorodność biologiczną i rekreację oraz integrację społeczną. W artykule przedstawiono przykłady takich kompleksowych rozwiązań błękitno-zielonej infrastruktury z Oslo, Malmö i Kopenhagi, skupiając się na osiedlach mieszkaniowych skutecznie redukujących zagrożenia środowiskowe.

While we are facing the climate change, it is of key importance to learn good practices in the scope of environment shaping, especially the difficult urban environment. For years now, the Scandinavian countries have been introducing solutions combining water management, local climate shaping, biodiversity, as well as recreation and social integration. The article presents examples of such complex blue-green infrastructure in Oslo, Malmö and Copenhagen, focusing on residential districts efficiently mitigating the environmental risks.

Developing fibrous multifunctional structures for technical applications

Araujo M., Fangueiro R., Geraldes M. J.

Autex Research Journal

2005

Vol. 5, no. 1

49--54

This paper describes a quick prototyping unit for fibrous multifunctional structures which has been set-up at the University of Minho. This unit provides for fast development of technical samples for a variety of special applications, mainly in the areas of health and well-being, sports goods, personnel protection, techno-fashion, the civil construction and building industries, composite materials, and so on. The unit works systematically through the areas of conceptualisation, design and simulation, development, manufacturing and testing of technical and intelligent textile materials and structures, providing solutions for technical problems. New structures are developed for specific applications where special requirements are needed. It provides the best solution in terms of materials, structures, technologies and cost. The technologies involved include advanced CAD systems, FEA (finite element analyses), testing of mechanical properties, permeability, conductivity, microscopy, as well as small-scale-computer controlled manufacturing of yarns, nonwovens, wovens, warp & weft knits, braids and hybrid structures. Special finishings and surface treatments, coating and lamination are also possible. The unit is used for research, education and to provide services for companies in emerging markets for advanced textile materials. Examples of the novel products developed are provided.