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Structural frames. --- Framed structures --- Frames (Structures) --- Frames, Structural --- Frameworks (Structures) --- Structural analysis (Engineering) --- Structural design --- Structural engineering
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Arches --- Structural frames --- Framed structures --- Frames (Structures) --- Frames, Structural --- Frameworks (Structures) --- Structural analysis (Engineering) --- Structural design --- Structural engineering --- Arch --- Architecture --- Building --- Details
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Structural analysis (Engineering) --- Structural frames --- Matrix methods. --- Mathematical models. --- #KVIV --- Framed structures --- Frames (Structures) --- Frames, Structural --- Frameworks (Structures) --- Structural design --- Structural engineering --- Matrices --- Matrix methods --- Mathematical models
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Skyscrapers --- Gratte-ciel --- Design and construction. --- Design and construction --- Case studies --- Conception et construction --- Cas, Etudes de --- 624.94 --- 69.03 --- 728.2 --- Skeleton structures. Framed structures --- Size, permanence, location and shape of buildings --- Woningblokken. Meergezinshuizen. Etagewoningen. Flatgebouwen --- 728.2 Woningblokken. Meergezinshuizen. Etagewoningen. Flatgebouwen --- 69.03 Size, permanence, location and shape of buildings --- 624.94 Skeleton structures. Framed structures
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Discovering the unused potential of wood Holz wird meist als "traditioneller" Werkstoff wahrgenommen. Seine Materialeigenschaften ermöglichen längst jedoch die Gestaltung von Freiformen und hochkomplexen Strukturen. Das ursprünglich von Julius Natterer gegründete Holzlabor der ETH Lausanne erprobt heute unter der Leitung von Professor Wienand mit digitalen Berechnungs- und computergestützten Bearbeitungsmethoden die Herstellung von Origami-Strukturen, Rippenschalen, Gewebestrukturen und gekrümmten Paneelen.Diese Forschungsergebnisse werden in Prototypen erprobt, die so die Anwendungsmöglichkeiten für großmaßstäbliche Holzbauten anschaulich machen. Durch dieses Ausloten bislang ungenutzter Potenziale des Baustoffs Holz bietet dieses Buch einen spannenden und inspirierenden Ausblick auf eine neue Generation von Holzbauten.
Wooden-frame buildings. --- Structural frames. --- Framed structures --- Frames (Structures) --- Frames, Structural --- Frameworks (Structures) --- Structural analysis (Engineering) --- Structural design --- Structural engineering --- Timber buildings --- Timber-frame buildings --- Wood buildings --- Wood-frame buildings --- Wooden buildings --- Building, Wooden --- Buildings --- Framing (Building)
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The near-field earthquake which struck the Hanshin-Awaji area of Japan before dawn on January 17, 1995, in addition to snatching away the lives of more than 6,000 people, inflicted horrendous damage on the region's infrastructure, including the transportation, communication and lifeline supply network and, of course, on buildings, too. A year earlier, the San Fernando Valley area of California had been hit by another near-field quake, the Northridge Earthquake, which dealt a similarly destructive blow to local infrastructures. Following these two disasters, structural engineers and researchers
Building, Iron and steel. --- Building, Iron and steel--Congresses. Structural stability--Congresses. Structural frames--Congresses. Steel--Ductility--Congresses. --- Ductility. --- Steel. --- Structural frames. --- Structural stability. --- Building, Iron and steel --- Structural stability --- Structural frames --- Steel --- Civil Engineering --- Civil & Environmental Engineering --- Engineering & Applied Sciences --- Ductility --- Iron --- Framed structures --- Frames (Structures) --- Frames, Structural --- Frameworks (Structures) --- Structural analysis (Engineering) --- Structural design --- Structural engineering
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The papers in this volume cover a broad spectrum of topics that represent the truly diverse nature of the field of composite materials. In recent years, composite materials have grown in strength, stature, and significance to become a key material of enhanced scientific interest and resultant research into understanding their behavior for selection and safe use in a wide spectrum of technology-related applications. This collection presents research and findings relevant to the latest advances in composites materials, specifically their use in aerospace, maritime, and even land applications. T
Composite materials --- Composite materials. --- Polymeric composites. --- Structural frames. --- Framed structures --- Frames (Structures) --- Frames, Structural --- Frameworks (Structures) --- Structural analysis (Engineering) --- Structural design --- Structural engineering --- Composite polymeric materials --- Polymer-matrix composites --- Reinforced plastics --- Composites (Materials) --- Multiphase materials --- Reinforced solids --- Solids, Reinforced --- Two phase materials --- Materials
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Building, Iron and steel --- Structural frames --- Structural stability --- Stability of structures --- Structures, Stability of --- Stability --- Safety factor in engineering --- Structural failures --- Framed structures --- Frames (Structures) --- Frames, Structural --- Frameworks (Structures) --- Structural analysis (Engineering) --- Structural design --- Structural engineering --- Architectural engineering --- Engineering, Architectural --- Iron and steel building --- Iron construction --- Steel and iron building --- Steel construction --- Girders --- Graphic statics --- Iron --- Steel --- Iron, Structural --- Steel, Structural --- Design and construction
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This book is devoted to the discussion and studies of simple and efficient numerical procedures for large deflection and elasto-plastic analysis of steel frames under static and dynamic loading. In chapter 1, the basic fundamental behaviour and philosophy for design of structural steel is discussed, emphasising different modes of buckling and the inter-relationship between different types of analysis. In addition to this, different levels of refinement for non-linear analysis are described. An introduction is also given to the well-known P-&dgr; and P-&Dgr; effects. Chapter 2 presents the
Structural frames --- Structural analysis (Engineering) --- Steel, Structural. --- Design and construction. --- Structural steel --- Building materials --- Civil engineering --- Girders --- Building, Iron and steel --- Iron and steel bridges --- Iron, Structural --- Structural steel industry --- Architectural engineering --- Engineering, Architectural --- Structural mechanics --- Structures, Theory of --- Structural engineering --- Framed structures --- Frames (Structures) --- Frames, Structural --- Frameworks (Structures) --- Structural design
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When this volume was first published, plastic theory was the most modern method of structural analysis, and it made possible the direct design of steel frames in a way not available with only elastic methods. It is now recognized that this theory is also fundamental to structural design in materials such as reinforced concrete and aluminium. This is the first volume of a two-volume work by Professors Baker and Heyman that expounds and illustrates the methods of plastic design. Volume 1 gives the elements of the theory and covers the needs of most undergraduates and designers. A special feature of this work is the large number of exercises (140 in all) with answers. Volume 2 deals with advanced topics of theoretical analysis and practical design. The examples and the methods presented herein are extremely valuable to the engineer. The quality of the writing makes Professors Baker and Heyman's book a pleasure to read. Lord Baker (Sir John Fleetwood Baker, 1901-1985) was Professor of Mechanical Sciences and Head of the Department of Engineering at the University of Cambridge from 1943 to 1968. He was a Fellow of the Royal Society. Baker's pioneering research led to the development of the plastic theory of design, originally used for steel frames but now recognized as being valid for many structural materials, such as aluminium and reinforced concrete. Additionally, Baker was responsible for many curriculum innovations at the university and was the author of The Steel Skeleton, a two-volume work. Jacques Heyman is the former Head of the Department of Engineering at the University of Cambridge and the author of ten books, including The Stone Skeleton, Elements of the Theory of Structures, Structural Analysis: A Historical Approach, Elements of Stress Analysis, and the two-volume set Plastic Design of Frames: Volume 1. Fundamentals with Lord Baker and Volume 2. Applications. He is a Fellow of the Society of Antiquaries, the Institution of Civil Engineers, and the Royal
#KVIV --- 624.07 --- Structural elements. Load-bearing members --- Plastic analysis (Engineering) --- Structural design. --- Structural frames. --- Plastic analysis (Engineering). --- 624.07 Structural elements. Load-bearing members --- Structural frames --- Analyse plastique (Ingénierie) --- Charpentes --- Framed structures --- Frames (Structures) --- Frames, Structural --- Frameworks (Structures) --- Analyse plastique (Ingénierie) --- Structural design --- Structural analysis (Engineering) --- Structural engineering --- Engineering design --- Architectural design --- Strains and stresses --- Analysis, Plastic --- Limit analysis (Engineering) --- Plastic analysis (Theory of structures) --- Ultimate strength analysis --- Materials sciences --- Constructions --- Calcul
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