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Vorträge und Posterpräsentationen (mit Tagungsband-Eintrag):

I. Kovacic:
"Developing Strategies for Sustainable Planning";
Vortrag: Organization, Technology and Management in Construction 7th international Conference (4th SENET Conference) Zadar, Zadar (eingeladen); 20.09.2006 - 22.09.2006; in: "7th international conference Organization, Technology and Management in Construction", M. Radujkovic (Hrg.); Croatian Association for Organization in Construction, Zagreb (2006), ISBN: 953-96245-6-8; S. 26.



Kurzfassung englisch:
The issue of sustainability is one of the crucial issues the building industry is dealing with today - buildings count to the one of the main consumers of energy and primary resources.
However, in architecture and construction engineering, the terminus sustainability is still seen within sentimental context.
This paper is introducing a strategy for sustainable planning with an evaluation tool that quantifies the sustainability potential of a building or project.
"The essence of sustainable building is thinking ahead" - sustainable building means dealing with different time-perspective than we are used to. Therefore, the patterns of change of building (space) in time are in the focus of research of this thesis. The traditional planning process is still based on the concept of statical building, where the completion of building represents the last horizon. At the point of completion of a building the final energy and mass assets cannot be established. Their consumption is constantly progressing through building´s lifecycle with its multiple changes and mutations. These processes are also reflected in investment and reinvestment cycles.
Crucial for sustainable planning is the concept of dynamical building, represented through superposition of different flows - materials, energy, capital and information throughout the lifecycle; and as a subsystem in a row of different systems - economical, institutional, social and ecological. In order to model such building, the tangible data - economical and ecological aspects as well as intangible data - social (cultural, aesthetic and functional) aspects have to be evaluated upon the same scale. The developed evaluation tool uses sustainability indicators concept for the parameterization of tangible and intangible data.
The interdisciplinary planning process with life cycle approach is seen as a pre-condition for planning of flexible, dynamical buildings, capable of absorbing different changes in terms of sustainable development, guaranteeing social, economical and ecological optimum throughout its life cycle.

Schlagworte:
sustainability, sustainable planning, interdisciplinary, strategy

Erstellt aus der Publikationsdatenbank der Technischen Universität Wien.