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Aquaculture engineering. --- Aquaculture --- Water reuse. --- Water-supply. --- Aquaculture engineering --- Water reuse

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Adaptive reuse - the process of repairing and restoring existing buildings for new or continued use - is becoming an essential part of architectural practice. As mounting demographic, economic, and ecological challenges limit opportunities for new construction, architects increasingly focus on transforming and adapting existing buildings. This book introduces adaptive reuse as a new discipline. It provides students and professionals with the understanding and the tools they need to develop innovative and creative approaches, helping them to rethink and redesign existing buildings - a skill which is becoming more and more important. Part I outlines the history of adaptive reuse and explains the concepts and methods that lie behind new design processes and contemporary practice. Part II consists of a wide range of case studies, representing different time periods and strategies for intervention. Iconic adaptive reuse projects such as the Caixa Forum in Madrid and the Rijksmuseum in Amsterdam are discussed alongside less famous and spontaneous transformations such as the Kunsthaus Tacheles in Berlin, in addition to projects from Italy, Spain, Croatia, Belgium, Poland, and the USA. Featuring over100 high-quality color illustrations, Adaptive Reuse of the Built Heritage is essential reading for students and professionals in architecture, interior design, heritage conservation, and urban planning.

Buildings --- Remodeling for other use. --- 72.025.2 --- 72.025.1 --- Adaptive reuse of buildings --- Architecture --- Remodeling for other use --- Herbestemming (architectuur) --- Herbruik (architectuur) --- Restauratie (architectuur) --- Reconversie (architectuur) --- Adaptive reuse --- Conservation and restoration --- Constructions --- Reconversion --- Conservation. Restoration --- adaptive reuse --- sustainability --- architectural heritage

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Bauen im Bestand erfordert mehr als praktische Lösungen und Sicherheit in Stilfragen. Wenn bei der Umnutzung von Bauten die neuen Programme und Funktionen mit Veränderungen verbunden sind, stellt sich die fundamentale Frage, mit welchen Mitteln die Vergangenheit in den Entwurf für die Zukunft integriert werden soll. Auf dem Hintergrund langjähriger Lehrerfahrung gibt dieses Buch eine umfassende Einführung ins architektonische Entwerfen von Umbau-/Umnutzungsprojekten. Es zieht Bildwelten von Frankenstein bis Rem Koolhaas zur Verdeutlichung heran, behandelt Geschichte und Theorie, Bautypologie, Material- und Konstruktionsfragen sowie Aspekte von Denkmalschutz, Urbanistik und Innenarchitektur und stellt so das Bauen im Bestand als ein eigenständiges Gebiet des architektonischen Arbeitens dar. Building in existing fabric requires more than practical solutions and stylistic skills. The adaptive reuse of buildings, where changes in the structure go along with new programs and functions, poses the fundamental question of how the past should be included in the design for the future. On the background of long years of teaching and publishing, and using vivid imagery from Frankenstein to Rem Koolhaas and beyond, the author provides a comprehensive introduction to architectural design for adaptive reuse projects. History and theory, building typology, questions of materials and construction, aspects of preservation, urban as well as interior design are dealt with in ways that allow to approach adaptive reuse as a design practice field of its own right.

Buildings --- Interior architecture. --- Architecture and history. --- 72.025 --- 72.025.5 --- History and architecture --- History --- Architectural interiors --- Architecture, Interior --- Interior space (Architecture) --- Interiors --- Space (Architecture) --- Adaptive reuse of buildings --- Architecture --- Building reconstruction --- Building renovation --- Building repair --- Reconstruction of buildings --- Remodeling of buildings --- Renovation of buildings --- Maintenance --- Repairing --- Remodeling for other use. --- Herbestemming (architectuur) --- Herbruik (architectuur) --- Repair and reconstruction. --- Architectuur ; hergebruik van gebouwen --- Adaptive reuse --- Conservation and restoration --- Reconstruction --- Remodeling --- Renovation --- Protection --- Hergebruik ; herbestemming van gebouwen --- Architectuur ; aanpasbaar bouwen --- Interior architecture --- Architecture and history --- Remodeling for other use --- Repair and reconstruction --- 72.025.2 --- Reconversie (architectuur) --- adaptive reuse --- Architecture intérieure. --- Architecture et histoire. --- Constructions --- Reconversion. --- Building materials --- Architecture intérieure --- Architecture et histoire --- Construction --- Reconversion --- Matériaux --- Réhabilitation de bâtiment --- Restauration --- Reconversion de bâtiment --- Extension de bâtiment --- Surélévation --- Buildings - Remodeling for other use --- Reconversion (architecture) --- Architecture intérieure --- sustainable architecture

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In der Nachfolge von Döllgast haben vor allem zwei seiner Schüler beispielhafte Werke geschaffen. Karljosef Schattner (1924?2012), der langjährige Diözesanbaumeister des Bistums Eichstätt, hat in der Bischofsstadt bedrohte Bauten wie das Alte Waisenhaus gerettet und zeitgenössisch erweitert oder historischen Gebäuden wie dem Ulmer Hof durch funktionale Ergänzungen eine neue Nutzung gegeben. Beim Schloss Hirschberg hat er einen modernen Trakt mutig vor die Südfassade gesetzt. Josef Wiedemann (1910?2001) war ein herausragender Architekt des Münchner Wiederaufbaus. Als eines seiner Meisterwerke gilt die interpretierende Rekonstruktion der stark zerstörten Glyptothek am Königsplatz. The "creative reconstruction" of damaged buildings was an important topic in architecture after the Second World War, particularly in Bavaria. The Munich architect Hans Döllgast (1891-1974) was one of the pioneers of this development. His most important achievements include the repairs to the Alte Pinakothek, the Basilica of St. Bonifaz and the main municipal cemeteries. Hans Döllgast was succeeded above all by two of his students, whose work can be seen as exemplary. Karljosef Schattner (1924-2012), for many years the diocesan architect of the Bishopric of Eichstätt, saved threatened buildings in the episcopal city such as the Old Orphanage by adding a contemporary extension, or gave a new lease of life to historic buildings such as the Ulmer Hof by means of functional additions. In the case of Hirschberg Palace he boldly placed a modern wing in front of the south façade. Josef Wiedemann (1910-2001) was an outstanding architect of the reconstruction of Munich. The interpretative reconstruction of the badly damaged Glyptothek on Königsplatz is regarded as one of his masterpieces.

Photographie d'architecture --- Architecture --- Conservation et restauration --- Kinold, Klaus --- Döllgast, Hans, --- Schattner, Karljosef --- Wiedemann, Josef, --- Architectural photography --- Conservation and restoration --- Kinold, Klaus, --- Döllgast, Hans, --- Schattner, Karljosef, --- adaptive reuse --- Germany --- Architectural photography - Germany - Bavaria - Exhibitions --- Architecture - Conservation and restoration - Germany - Bavaria - Exhibitions --- Kinold, Klaus, - 1939- - Exhibitions --- Döllgast, Hans, - 1891-1974 - Exhibitions --- Schattner, Karljosef, - 1924-2012 - Exhibitions --- Wiedemann, Josef, - 1910-2001 - Exhibitions --- Kinold, Klaus, - 1939 --- -Döllgast, Hans, - 1891-1974 --- Schattner, Karljosef, - 1924-2012 --- Wiedemann, Josef, - 1910-2001

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Software engineering --- Automatic theorem proving --- Software engineering. --- Automatic theorem proving. --- 681.3*I22 --- 681.3*D24 --- 681.3*D12 --- 681.3*F31 --- 681.3*F41 --- 681.3*C22 --- 681.3*D46 --- 681.3*D213 --- Automatic programming: automatic analysis of algorithms; program modification; program synthesis; program transformation; program verification (Artificialintelligence)--See also {681.3*D12}; {681.3*F31} --- Program verification: assertion checkers; correctness proofs; reliability; validation (Software engineering)--See also {681.3*F31} --- Automatic programming--See also {681.3*I22} --- Specifying anf verifying and reasoning about programs: assertions; invariants; mechanical verification; pre- and post-conditions (Logics and meanings of programs)--See also {681.3*D21}; {681.3*D24}; {681.3*D31}; {681.3*E1} --- Mathematical logic: computability theory; computational logic; lambda calculus; logic programming; mechanical theorem proving; model theory; proof theory;recursive function theory--See also {681.3*F11}; {681.3*I22}; {681.3*I23} --- Network protocols: protocol architecture; protocol verification --- Security and protection: access controls; authentication; cryptographic controls; information flow controls; security kernels; verification (Operating systems) --- Reusable software: domain engineering; reusable libraries; reuse models --- 681.3*D46 Security and protection: access controls; authentication; cryptographic controls; information flow controls; security kernels; verification (Operating systems) --- 681.3*C22 Network protocols: protocol architecture; protocol verification --- 681.3*F41 Mathematical logic: computability theory; computational logic; lambda calculus; logic programming; mechanical theorem proving; model theory; proof theory;recursive function theory--See also {681.3*F11}; {681.3*I22}; {681.3*I23} --- 681.3*F31 Specifying anf verifying and reasoning about programs: assertions; invariants; mechanical verification; pre- and post-conditions (Logics and meanings of programs)--See also {681.3*D21}; {681.3*D24}; {681.3*D31}; {681.3*E1} --- 681.3*D12 Automatic programming--See also {681.3*I22} --- 681.3*D24 Program verification: assertion checkers; correctness proofs; reliability; validation (Software engineering)--See also {681.3*F31} --- 681.3*I22 Automatic programming: automatic analysis of algorithms; program modification; program synthesis; program transformation; program verification (Artificialintelligence)--See also {681.3*D12}; {681.3*F31} --- Computer software engineering --- Engineering --- Automated theorem proving --- Theorem proving, Automated --- Theorem proving, Automatic --- Artificial intelligence --- Proof theory