Dieses Buch beschreibt die Grundlagen des ökologischen Bauens im Sinne einer ganzheitlichen Planung: Es entwickelt aus globalen Prognosen und ökologischen Kreisläufen die Ansprüche, die wir an Gebäude der Zukunft stellen müssen, wenn wir sie krisenfester machen wollen. Es zeigt, mit welchen Technologien die Versorgung mit Wasser, Wärme, Kälte, elektrischer Energie und die natürliche Belüftung und Belich-tung von Anfang an in die Gebäudestruktur integriert werden können. Und es führt an einer Vielzahl von Beispielen vor, wie die Nutzung von Sonnen- und Windenergie, von Regenwasser, Erdwärme und anderen Thermiksystemen bereits heute zur Schonung unserer natürlichen Ressourcen beitragen kann.
Welche Ansprüche werden in Zukunft an die Architektur, den Städtebau, die Planung des Aussenraumes, die Tragwerksplanung und die technische Ausrüstung von Gebäuden gestellt? In welchem Umfang können Architekten, Landschaftsarchitekten, Tragwerksplaner und Gebäudetechniker in Zukunft überhaupt noch planen? Das vorliegende Buch zeigt auf, welche Auswirkungen der Weg in die Informationsgesellschaft auf das Bauen der Zukunft hat: Es analysiert in einem ersten Teil zeitgenössische Trends, Szenarien der Zukunft, Lösungsansätze der Vergangenheit und das Angebot der Natur. Es stellt im zweiten Teil in Theorie und Praxis vor, was nachhaltiges Bauen in der Informationsgesellschaft bedeutet: nämlich integral, anspruchsvoll, kontextuell, ressourcenschonend und effizient zu bauen – die Fähigkeit zum ökologischen Urteilen und Planen ist hierfür unabdingbare Voraussetzung. Und es zieht im dritten Teil Konsequenzen für den technischen Aus- und Umbau von Gebäuden.
The challenges facing the 21st century are staggering: rapidly increasing population, mounting social instability due to global imbalances of wealth and welfare, resource scarcity and resulting conflicts related to their exploitation and distribution, and certainly the ongoing distress of the environment as a whole. Such severe conditions, including climate change, continue to become greater in number, complexity, and clarity, even though most of them had already been introduced as areas of concern in the 1970s and 1980s. Part I of the book describes potential strategies that will play an essential role in curbing carbon emissions, reducing – or replacing – fossil fuel usage. To better understand the current global energy industry, the book is unique in showing energy consumption data across the globe in comparable units, and it explains how fossil fuels could be replaced by renewable energy resources. Part II explains how the necessary significant reductions in energy consumption can be achieved by alternative means at reasonable cost for power generation to be maintained. A great number of projects are described in the book as case studies that fulfill the variety of current international energy code. Part III addresses the technological possibilities for energy savings and resource-sensitive solutions related to buildings. Here, the potential of building-integrated solar systems, wind-power generation, rain-water harvesting, and the use of geothermal energy, as well as their implementation in the architecture are presented in detail. On the one hand, the book presents the background for a broader understanding of the medium-range and long-range changes in our energy landscape, and on the other it provides the basis for avenues required to enable us to design strategies based on local conditions and individual geographical locations. Over the past 20 years, Klaus Daniels and the engineers of his engineering consultancy HL Technik have published four volumes of seminal work related to this subject, and their work is continuously being updated. In this series, the new book is an attempt to illustrate how modern architecture needs to be adaptive to energy conditions and how design and technology can be blended successfully. Klaus Daniels has devoted four decades to advanced engineering solutions as a consulting engineer. From 1991 to 2006 he taught at the Swiss Federal Institute of Technology (ETH). In 2006, the Technical University of Munich, Germany, celebrated his work with an honorary doctorate in engineering. Ralph Hammann is a professor of design and sustainable building systems in the Department of Architecture of the University of Illinois at Urbana-Champaign.
Resource economy, cost-cutting, environmental conservation and the use renewable energies - „integral planning“ is a complex challenge requiring the interaction of various disciplines to create modern buildings with optimum efficiency whilst saving material and running costs. Active factors such as construction techniques, building skins, room layout and exterior space should reduce the need for the internal technical facilities and all passive measures exploited to the maximum. Daniel´s Advanced Building Systems provides an up-to-date overview of the latest technology in building installations, complete with a wide range of detailed technical plans. It is more than merely a systematic handbook focusing on building technology for students of architecture, civil engineering and mechanical engineering, it is also a reference work enabling the practitioner to draw up initial plans and dimensions.
Vynikající a obsahově velmi bohatá kniha, ve které jsou zahrnuty nejaktuálnější poznatky prezentovaných oborů. Autoři upustili od přísného odvolávání se na příslušné normy, které se v jednotlivých zemích různě mění a upravují. Kniha má potvrzené ambice být nejen základní učební pomůckou pro studenty různých oborů stavební a strojnické fakulty a…
