The successful preservation of an historic building, complex or city depends on the continued use and daily care that come with it. The possibility of continued use depends on the adaptation of the building to modern standards and practice of living, requiring changes in constructional or structural features. Conservation engineering is the process

Historic preservation, which started as a grassroots movement, now represents the cutting edge in a cultural revolution focused on “green” architecture and sustainability. This is the only book to cover the gamut of preservation issues in layman’s language: the philosophy and history of the movement, the role of government, the documentation and designation of historic properties, sensitive architectural designs and planning, preservation technology, and heritage tourism, plus a survey of architectural styles. It is an ideal introduction to the field for students, historians, preservationists, property owners, local officials, and community leaders. Updated throughout, this revised edition addresses new subjects, including heritage tourism and partnering with the environmental community.

How to reimagine existing buildings to create a more sustainable future The construction and operation of buildings is responsible for 41 percent of all primary energy use and 48 percent of all carbon emissions, and the impact of the demolition and removal of an older building can greatly diminish the advantages of adding green technologies to new construction. In Building Reuse, Kathryn Rogers Merlino makes an impassioned case that truly sustainable design requires reusing and reimagining existing buildings. Additionally, Merlino calls for a more expansive view of preservation that goes beyond keeping only the most distinctive structures based on their historical and cultural significance to embrace the creative reuse of even unremarkable buildings for their environmental value. Building Reuse includes a compelling range of case studies—from a private home to an eighteen-story office building—all located in the Pacific Northwest, a region with a long history of sustainable design and urban growth policies that have made reuse projects feasible. Reusing existing buildings can be challenging to accomplish, but changing the way we think about environmentally conscious architecture has the potential to significantly reduce energy consumption, carbon emissions, and waste.

The conservation of cultural heritage is a major commitment for all countries around the world, since it is a complex task and a matter of great responsibility. Amongst other sectors of society, science has a contribution to make to heritage preservation. This book is the result of the international conference “Heritage, Weathering and Conservation” (HWC2006), held in Madrid, Spain in 2006. It brought together prominent scientists and professionals from a variety of disciplines who have been active in the field and have raised the profile of heritage preservation. The main aspects addressed at this conference were those related to the causes of decay of cultural materials (stone, ceramics, metals, paintings, mortars, timber, adobes, etc); the characterization of their properties and the assessment of analytical techniques for their study, with a focus on non-destructive techniques. Many of the studies stress the importance of salt crystallization, atmospheric pollution and biodeterioration and relate these specific factors to decay. A variety of case studies are included, as well as an examination of policies and management. This book will be useful to professionals and scientists working in a variety of fields related to heritage: geologists, geographers, chemists, physicists, biologists, architects, engineers, restorers, historians, archaeologists, policy makers and the general public.

This book is a comprehensive review of recent developments in the field of the protection of relevant buildings belonging to the cultural heritage. It collects the papers presented at the first International Conference PROHITECH 09 (Rome, Italy, June 2009). The latest progress in theoretical and experimental research on the seismic protection of existing constructions, including the relevant output of the EC funded PROHITECH International Research Project on the a oeEarthquake Protection of Historical Buildings by Reversible Mixed Technologiesa, is presented under the following topics: Conservation of the Religious Heritage; Rehabilitation of Old Bridges; Old Timber Structures; Cultural Heritage in China, Korea and Japan; Modern Heritage; The use of FRP in Structural Restoration; Passive Control; Rehabilitation of Medinas; Monitoring and Diagnosis; Study Cases; Innovative Materials and Techniques; Numerical Analyses; Traditional Restoration Techniques; Intervention Strategies; Vulnerability to Man-Made Hazards; Vulnerability to Natural Hazards; Experimental Analyses; Reversible Mixed Techniques. The aim of the book is to transfer the findings of scientists and experts involved in research, codification and application into common practice, giving a complete framework of the most recent tendencies in this field, and so providing a valuable contribution to the efforts in saving human lives and reducing both economic and cultural losses due to catastrophic events.

This book is a comprehensive review of recent developments in the field of the protection of relevant buildings belonging to the cultural heritage. at the first International Conference PROHITECH 09 (Rome, Italy, June 2009). Including the latest progress in theoretical and experimental research on the seismic protection of existing constructions, the book presents the following topics: Conservation of the Religious Heritage; Rehabilitation of Old Bridges; Old Timber Structures; Cultural Heritage in China, Korea and Japan; Modern Heritage; The use of FRP in Structural Restoration; Passive Control; Rehabilitation of Medinas; Monitoring and Diagnosis; Study Cases; Innovative Materials and Techniques; Numerical Analyses; Traditional Restoration Techniques; Intervention Strategies; Vulnerability to Man-Made Hazards; Vulnerability to Natural Hazards; Experimental Analyses; Reversible Mixed Techniques.