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Offers innovative solutions to core architectural tasks Covers functional efficiency and design elegance in fascinating perfection In-depth presentation allows the reader to follow along with every step of the constructional implementation. Dynamic components and adaptive elements are becoming increasingly important in contemporary architecture, and not just because of their visual effect. If architects and engineers are engaging more and more with the issue of movement – whether in the form of sun-tracking solar cells, lowerable walls, or intelligently programmed elevators – it’s because they are busy exploring responses to three challenges: How can we control and reduce the energy requirement of buildings? How can we expand the range of possible uses? And how can we represent, illustrate, accommodate, and control dynamic movements in buildings? Designers and builders who seek to use kinetic components face technical and design challenges that aren’t covered by traditional structural theory. For these users, this book presents the technical tools and constructional solutions that will allow them to implement these movements concretely and deploy them functionally within the domains of of "Energy," "Change of Use," and "Interaction." First it lays out the fundamentals and design principles of kinetics in architecture, technology, art, and nature in a structured manner. In a third section, forty movable elements are shown in action, each on a double page – with specially prepared phase drawings and organized by type of movement, including rotation, sliding, folding, and transformation. The international examples from noted architects range from window mechanisms to solar protection and light redirection systems, movable walls and roofs, and movable civil engineering structures.

Motion in architecture. --- Architecture --- 72.01 --- 692 --- 72.039 --- 531.391 --- 69 --- 69.01 --- 72 --- 721 --- 721.4 --- 721.7 --- Beweging --- 728.7 --- 710.9 --- flexibiliteit --- ontwerpproces --- Architectural details --- Buildings --- Details, Architectural --- Architectural design --- Architectural drawing --- Details. --- Architectuurtheorie. Bouwprincipes. Esthetica van de bouwkunst. Filosofie van de bouwkunst --- Structural parts and elements of buildings --- Hedendaagse architectuur. Bouwkunst sinds 1960 --- Dynamics of material systems. Motion of cables, cords, strings. Motion of flexible surfaces, membranes --- Bouwtechniek --- Bouwconstructie --- Constructie --- Architectuur --- Gebouwen (typologie) --- Hybride gebouwen --- Aanpasbare architectuur --- Mobiele constructies --- Dynamische architectuur --- Flexibele architectuur --- Flexibiliteit (woningbouw) --- architectuur, overige bijzondere onderwerpen --- Details --- 531.391 Dynamics of material systems. Motion of cables, cords, strings. Motion of flexible surfaces, membranes --- 72.039 Hedendaagse architectuur. Bouwkunst sinds 1960 --- 692 Structural parts and elements of buildings --- 72.01 Architectuurtheorie. Bouwprincipes. Esthetica van de bouwkunst. Filosofie van de bouwkunst --- Motion in architecture --- 72.01 Theory and philosophy of architecture. Principles of design, proportion, optical effect --- Theory and philosophy of architecture. Principles of design, proportion, optical effect

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Potassium-argon dating.

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Dass dynamische Bauteile und adaptive Bauelemente in der aktuellen Architektur an Bedeutung gewinnen, geschieht nicht nur des visuellen Effekts wegen. Wenn Architekten und Ingenieure sich immer mehr mit dem Thema Bewegung - sei es beispielsweise als nachgeführte Solarzelle, als versenkbare Wand oder als intelligent programmierter Aufzug - auseinandersetzen, dann erkunden sie Lösungen für drei Herausforderungen: Wie können wir den Energiebedarf von Gebäuden kontrollieren und reduzieren? Wie können wir die Nutzungsmöglicheiten erweitern? Und wir können wir dynamische Bewegungen in Gebäuden abbilden, aufnehmen und lenken? Entwerfer und Konstrukteure finden sich durch kinetische Bauteile vor neue technische und gestalterische Herausforderungen gestellt, die in der traditionellen Baukonstruktionslehre nicht behandelt werden. Für diese Anwender zeigt das Buch, mit welchen technischen Mitteln und konstruktiven Lösungen die Bewegungen konkret umgesetzt und in den Bereichen "Energie", "Nutzungsänderung" und "Interaktion" funktional eingesetzt werden können. Zuvor werden die Grundlagen und Gestaltungsprinzipien der Kinetik in Architektur, Technik, Kunst und Natur strukturiert aufbereitet. In einem dritten Teil werden auf jeweils einer Doppelseite vierzig bewegliche Bauelemente an ausgeführten Bauten in Aktion gezeigt - mit eigens erstellten Phasenzeichnungen und gegliedert nach Bewegungstypen wie Drehen, Schieben, Falten und Verformen. Die internationalen Beispiele namhafter Architekten reichen von Fenstermechanismen über Sonnenschutz- und Lichtlenkungssysteme und bewegliche Wände und Dächer bis hin zu beweglichen Ingenieurbauwerken. Dynamic components and adaptive elements are becoming increasingly important in contemporary architecture, and not just because of their visual effect. If architects and engineers are engaging more and more with the issue of movement - whether in the form of sun-tracking solar cells, lowerable walls, or intelligently programmed elevators - it's because they are busy exploring responses to three challenges: How can we control and reduce the energy requirement of buildings? How can we expand the range of possible uses? And how can we represent, illustrate, accommodate, and control dynamic movements in buildings? Designers and builders who seek to use kinetic components face technical and design challenges that aren't covered by traditional structural theory. For these users, this book presents the technical tools and constructional solutions that will allow them to implement these movements concretely and deploy them functionally within the domains of of "Energy," "Change of Use," and "Interaction." First it lays out the fundamentals and design principles of kinetics in architecture, technology, art, and nature in a structured manner. In a third section, forty movable elements are shown in action, each on a double page - with specially prepared phase drawings and organized by type of movement, including rotation, sliding, folding, and transformation. The international examples from noted architects range from window mechanisms to solar protection and light redirection systems, movable walls and roofs, and movable civil engineering structures.

Motion in architecture. --- Architecture --- Architectural details --- Buildings --- Details, Architectural --- Architectural design --- Architectural drawing --- Details. --- Details