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Abstract:	Bislang standen vorwiegend Geschoss- und Wohnbauten im Fokus der Nachhaltigkeitsbetrachtung im Hochbau. Der Industrie- und Gewerbebau als wichtiger Bereich des Stahlbausektors indes ist damit noch unberücksichtigt. Um jedoch das Prinzip der Nachhaltigkeit auch auf den Industrie- und Gewerbebau zu übertragen, ist die Erforschung der Ressourcen- und Energieverbräuche von Gebäuden in Stahlleichtbauweise wichtig. In diesem Kontext ist es Ziel des Forschungsprojekts P 880, die Verbesserungspotentiale bestehender Fassadenelemente zu untersuchen und neue Entwicklungskorridore auf diesem Gebiet zu erschließen. Der vorliegende Beitrag soll für die besonderen Herausforderungen, aber auch Entwicklungsmöglichkeiten von Gebäudehüllen in Stahlleichtbauweise sensibilisieren. Es werden die angestrebten Ziele benannt, mögliche Lösungsansätze umrissen und die daraus resultierenden Forschungsarbeiten aufgezeigt, die in dem kürzlich begonnen Projekt P 880 bearbeitet werden. Multidimensional energy-optimized building envelopes in steel lightweight construction for industrial and commercial buildings. So far, mainly multi-storey and residential buildings were in the focus of sustainability analysis in structural engineering. The industrial and commercial construction as an important area of the steel sector is still ignored. However, in order to apply the principle of sustainability in the industrial and commercial construction, the exploration of resources and energy consumption of buildings in lightweight steel construction is important. In this context, the aim of the research project P 880 is to investigate the potential for improvement of existing facade elements and to open up new development corridors in this area. The following article aims to raise awareness of the specific challenges but also opportunities for development of building envelopes in steel lightweight construction. The targeted objectives are named, possible solutions are outlined and the hence resulting researches are identified, which are processed in the recently started project P 880.
Source:	Stahlbau 80 (2011), No. 10
Page/s:	734-739
Language of Publication:	German

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