PROGRESÍVNE MATERIÁLY V KONŠTRUKCIÁCH BUDOV: UDRŽATEĽNOSŤ A MOŽNOSTI ZVYŠOVANIA ÚČINNOSTI
Miroslav Čekon
miroslav.cekon@stuba.sk
Katedra materiálového inžinierstva a fyziky
Stavebná fakulta STU v Bratislave
Rossella Cottone
rossella.cottone@stuba.sk
Katedra materiálového inžinierstva a fyziky
Stavebná fakulta STU v Bratislave
Peter Hanuliak
peter.hanuliak@stuba.sk
Katedra konštrukcií pozemných stavieb
Stavebná fakulta STU v Bratislave
Abstract:
This publication explores the integration of progressive materials and innovative technologies in building construction to enhance energy efficiency and sustainability. Primarily focused on providing building technology students with an overview, it reviews global environmental challenges and principles of sustainable development, emphasizing the role of advanced materials in creating energy-efficient and environmentally responsible building envelopes. Key concepts discussed include solar energy utilization, nanotechnology, transparent insulation, phase change materials, and advanced glazing systems. The work examines the development, integration, and functionalities of these materials in walls, facades, and windows, highlighting their impact on energy conservation, indoor environmental quality, and overall building performance. Furthermore, it addresses solar wall design and offers a perspective on achieving effective, sustainable solutions that promote the development of novel construction approaches and technologies. The publication aims to provide insights not only for students in the field of Building Engineering and Building Technology at Slovak University of Technology but also for future engineers, architects, and researchers involved in employing renewable solar energy utilization and passive designs while designing more sustainable buildings.
DOI: 10.61544/LNKY1865
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