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What are the technical demands involved in carrying out large-scale projects? How do considerations of design and architectural appearance influence the form of load-bearing structures, and how can these be made visible? Just what kind of engineering achievement do, for example, the Petronas Towers in Kuala Lumpur represent? "Expressing Structure" addresses questions such(...)
Expressing structure : the technology of large-scale buildings
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What are the technical demands involved in carrying out large-scale projects? How do considerations of design and architectural appearance influence the form of load-bearing structures, and how can these be made visible? Just what kind of engineering achievement do, for example, the Petronas Towers in Kuala Lumpur represent? "Expressing Structure" addresses questions such as these by documenting 19 case studies of exceptionally challenging high-rise buildings and extreme broad-span structures such as airport terminals and sport arenas. Examples portrayed include New York JFK-Airport's new Terminal One, the Plaza 66 office tower in Shanghai, Fort Worth Museum of Art in Texas and performance centres such as the Gaylord Arena in Nashville and the Philips Arena in Atlanta.
Engineering Structures
Membrane structures
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In this comprehensive work to date on membrane technology for architecture, pioneers show how one of the world's oldest forms of building material is also its most innovative. Today, the cutting edge in architecture is not sharp but curved and undulating. It is also impermeable to moisture, resistant to extreme temperatures, flexible and portable. Known as the fifth(...)
Membrane structures
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In this comprehensive work to date on membrane technology for architecture, pioneers show how one of the world's oldest forms of building material is also its most innovative. Today, the cutting edge in architecture is not sharp but curved and undulating. It is also impermeable to moisture, resistant to extreme temperatures, flexible and portable. Known as the fifth building material after wood, stone, glass, and metal, membranes are popping up everywhere: in Olympic stadiums in Berlin and Atlanta, in airports from Denver to Bangkok, over fashion shows, formal gardens, and soccer fields. Membranes' ability to not only let in but also reflect light portends enormous possibilities for harnessing energy. This fascinating survey of membrane structures throughout the world discusses the history of the medium, describes the materials and their uses, explores the technology of membrane construction, and investigates numerous current and future projects. A final chapter offers a reasoned argument for further research and experimentation in this rapidly expanding field and a projection of its future.
Engineering Structures
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Berlin was once the biggest industrial area in Europe, home to large-scale enterprises like AEG and Siemens. Bewag, the Berlin electricity provider, laid the foundations for a modern power supply together with these companies. Power Stations in Berlin considers numerous local power stations as an integral part of the city's architectural heritage, from the period of(...)
Engineering Structures
July 2004, Berlin
Power stations in Berlin : the electropolis heritage
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Berlin was once the biggest industrial area in Europe, home to large-scale enterprises like AEG and Siemens. Bewag, the Berlin electricity provider, laid the foundations for a modern power supply together with these companies. Power Stations in Berlin considers numerous local power stations as an integral part of the city's architectural heritage, from the period of industrialization at the beginning of the 20th century until now, giving a comprehensive overview of Berlin as an industrial city in the process. The question of how to reuse these unique plants, is raised; the right balance between preserving the facilities and finding a new economic use for them is crucial. The book includes essays by Klaus Bürgel, Hilmar Bärthel, Hans-Achim Grube, Christina Keseberg, Matthias Dunger, Herbert Strobel, Jörg Haspel, and Hubert Staroste
Engineering Structures
Bicycle, the history
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This illustrated book tells the extraordinary history of the bicycle, an invention that precipitated nothing short of a social revolution. Recounting a story replete with disputed patents, brilliant inventions, and missed opportunities, David Herlihy shows us why the bicycle captured the public's imagination and the myriad ways it has reshaped our world.
Bicycle, the history
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This illustrated book tells the extraordinary history of the bicycle, an invention that precipitated nothing short of a social revolution. Recounting a story replete with disputed patents, brilliant inventions, and missed opportunities, David Herlihy shows us why the bicycle captured the public's imagination and the myriad ways it has reshaped our world.
Engineering Structures
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«Je n'ai pas trouvé de meilleure façon de vous présenter mes réflexions sur la construction qu'à travers mes propres projets. Comme un auteur qui écrirait son premier livre, il m'a été difficile de ne pas succomber en partie à l'autobiographie...» Santiago Calatrava, architecte et ingénieur, recherche sans se cacher l'unité entre l'art et la science. Son exploration des(...)
Force, mouvement, forme : entretiens
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«Je n'ai pas trouvé de meilleure façon de vous présenter mes réflexions sur la construction qu'à travers mes propres projets. Comme un auteur qui écrirait son premier livre, il m'a été difficile de ne pas succomber en partie à l'autobiographie...» Santiago Calatrava, architecte et ingénieur, recherche sans se cacher l'unité entre l'art et la science. Son exploration des formes naturelles (en particulier du corps humain), son ouverture à l'approche métaphorique et le brio de ses représentations facilitent son exploration créative de la forme, de l'espace, de la lumière et même de la cinétique. Sa maîtrise des principes de l'ingénierie non seulement lui permet de réaliser ces projets, mais elle se voit défiée et sans cesse poussée en avant par le dialogue entre invention formelle et principes scientifiques.
Engineering Structures
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From Leonardo da Vinci’s fantastic visions, to Richard Branson’s plans to offer commercial space travel by 2010, visionaries and entrepreneurs have long dreamed of how we will travel in the future. "Future tech: innovations in transportation" is a prescient look at how we will be moving forward over the coming decades. Whilst we are not yet travelling to work using(...)
Future tech : innovations in transportations
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From Leonardo da Vinci’s fantastic visions, to Richard Branson’s plans to offer commercial space travel by 2010, visionaries and entrepreneurs have long dreamed of how we will travel in the future. "Future tech: innovations in transportation" is a prescient look at how we will be moving forward over the coming decades. Whilst we are not yet travelling to work using jet-powered backpacks, the issue of transport in the future is becoming increasingly important. As roads have become more congested and the environment more fragile, the means of transport at our disposal seem less and less adequate. "Future tech" explores what designers and engineers around the globe are developing for the world of tomorrow. "Future tech" features prototypes already in the first stages of manufacture alongside more conceptual, speculative designs, as well as a history of mechanised transport and invention through the ages. There are chapters on public transport, road, air and water travel as well as personal mobility .
Engineering Structures
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Drivers in the nation's capital face a host of hazards: high-speed traffic circles, presidential motorcades, jaywalking tourists, and bewildering signs that send unsuspecting motorists from the Lincoln Memorial into suburban Virginia in less than two minutes. And parking? Don't bet on it unless you're in the fast lane of the Capital Beltway during rush hour. Little(...)
The Great Society subway : a history of the Washington Metro
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Drivers in the nation's capital face a host of hazards: high-speed traffic circles, presidential motorcades, jaywalking tourists, and bewildering signs that send unsuspecting motorists from the Lincoln Memorial into suburban Virginia in less than two minutes. And parking? Don't bet on it unless you're in the fast lane of the Capital Beltway during rush hour. Little wonder, then, that so many residents and visitors rely on the Washington Metro, the 106-mile rapid transit system that serves the District of Columbia and its inner suburbs. In the first comprehensive history of the Metro, Zachary M. Schrag tells the story of the Great Society subway from its earliest rumblings to the present day, from Arlington to College Park, Eisenhower to Marion Barry. Unlike the pre–World War II rail systems of New York, Chicago, and Philadelphia, the Metro was built at a time when most American families already owned cars, and when most American cities had dedicated themselves to freeways, not subways. Why did the nation's capital take a different path? What were the consequences of that decision? Using extensive archival research as well as oral history, Schrag argues that the Metro can be understood only in the political context from which it was born: the Great Society liberalism of the Kennedy, Johnson, and Nixon administrations. The Metro emerged from a period when Americans believed in public investments suited to the grandeur and dignity of the world's richest nation. The Metro was built not merely to move commuters, but in the words of Lyndon Johnson, to create "a place where the city of man serves not only the needs of the body and the demands of commerce but the desire for beauty and the hunger for community." Schrag scrutinizes the project from its earliest days, including general planning, routes, station architecture, funding decisions, land-use impacts, and the behavior of Metro riders. The story of the Great society subway sheds light on the development of metropolitan Washington, postwar urban policy, and the promises and limits of rail transit in American cities.
Engineering Structures
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The Box tells the dramatic story of the container's creation, the decade of struggle before it was widely adopted, and the sweeping economic consequences of the sharp fall in transportation costs that containerization brought about. Published on the fiftieth anniversary of the first container voyage, this is the first comprehensive history of the shipping container(...)
The box : how the shipping container made the world smaller and the world economy bigger
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The Box tells the dramatic story of the container's creation, the decade of struggle before it was widely adopted, and the sweeping economic consequences of the sharp fall in transportation costs that containerization brought about. Published on the fiftieth anniversary of the first container voyage, this is the first comprehensive history of the shipping container ever written. It recounts how the drive and imagination of an iconoclastic entrepreneur, Malcom McLean, turned containerization from an impractical idea into a massive industry that slashed the cost of transporting goods around the world.
Engineering Structures
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Like the onetime industrial facilities that have become Dia : Beacon, Mass MoCA and the Tate Modern, among other factory conversions, Berlin's Rummelsberg electric plant is characterized by wide expanses of brick, glass and, most importantly, space. Today, the huge power station with its extraordinary, light-filled hall can be rented for events and film production, but(...)
Power and energy : Power Plant Rummelsburg - Berlin
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Like the onetime industrial facilities that have become Dia : Beacon, Mass MoCA and the Tate Modern, among other factory conversions, Berlin's Rummelsberg electric plant is characterized by wide expanses of brick, glass and, most importantly, space. Today, the huge power station with its extraordinary, light-filled hall can be rented for events and film production, but its future is not secure. Power and Energies reutilization plans, which were conceived for a contest sponsored by Vattenfall Europe AG, come from architects, planners and conservationists alike, and are full of creative architectural solutions and innovative ideas. This volume combines essays on the history of the building with the entire range of plans submitted, including detailed documentation of prizewinning designs. Its models and ideas will entrance anyone considering the conversion of large historical buildings or examining the phenomenon.
Engineering Structures
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Between 1998 and 2005, the Structural Engineers Association of New York, along with the Museum of Modern Art's Department of Architecture and Design and the School of Architecture at both Princeton University and MIT, co-sponsored a lecture series in honor of the renowned Spanish and Mexican structural engineer Felix Candela, who led the early exploration of concrete(...)
Seven structural engineers: the Felix Candela lectures
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Between 1998 and 2005, the Structural Engineers Association of New York, along with the Museum of Modern Art's Department of Architecture and Design and the School of Architecture at both Princeton University and MIT, co-sponsored a lecture series in honor of the renowned Spanish and Mexican structural engineer Felix Candela, who led the early exploration of concrete shell structures. These lectures are now available in the format of this book: discussed is the work of the Uruguayan engineer Eladio Dieste, who pioneered the use of thin, light-filled shell structures in masonry. Cecil Balmond recounts his collaboration with architects Rem Koolhaas and Daniel Libeskind. The Swiss bridge designer Christian Menn discusses his iconic long-span prestressed concrete bridges, including the new Charles River Bridge in Boston. Leslie E. Robertson, who is especially known for his work on the structural design of the World Trade Center complex with Minoru Yamasaki, discusses this design along with many other projects. Mamoru Kawaguchi recounts his own work in fabric structures and his collaboration with architects Kenzo Tange and Arata Isozaki. Joerg Schlaich talks about his creative collaboration with Frank Gehry. Heinz Isler's contribution is in the aerea of freeform concrete shell constructions. David Billington and Maria Garlock recount the work of master builders Anton Tedesko, Pier Luigi Nervi, Felix Candela, and Heinz Isler.
Engineering Structures