Published on the occasion of the expo's 75th anniversary, Into the Void Pacific is the first architectural history of the 1939 San Francisco WorldÕs Fair. While fairs of the 1930's turned to the future as a foil to the Great Depression, the Golden Gate International Exposition conjured up geographical conceits to explore the nature of the city's place in what organizers called "Pacific Civilization." Andrew Shanken adopts D.H. LawrenceÕs suggestive description of California as a way of thinking about the architecture of the Golden Gate International Exposition, using the phrase Òvoid PacificÓ to suggest the isolation and novelty of California and its habit of looking West rather than back over its shoulder to the institutions of the East Coast and Europe. The fair proposed this vision of the Pacific as an antidote to the troubled Atlantic world, then descending into chaos for the second time in a generation. Architects took up the theme and projected the regionalist sensibilities of Northern California onto Asian and Latin American architecture. Their eclectic, referential buildings drew widely on the cultural traditions of ancient Cambodia, China, and Mexico, as well as the International Style, Art Deco, and the Bay Region Tradition. The book explores how buildings supported the cultural and political work of the fair and fashioned a second, parallel world in a moment of economic depression and international turmoil. Yet it is also a tale of architectural compromise, contingency, and symbolism gone awry. With chapters organized around the creation of Treasure Island and the key areas and pavilions of the fair, this study takes a cut through the work of William Wurster, Bernard Maybeck, Timothy Pflueger, and Arthur Brown, Jr., among others. Shanken also looks closely at buildings as buildings, analyzing them in light of local circumstances, regionalist sensibilities, and national and international movements at that crucial moment when modernism and the Beaux-Arts intersected dynamically.

Eco-Towers introduces readers to groundbreaking designs, most progressive projects, and innovative ways of thinking about a new generation of green skyscrapers that could provide solutions to crises the world faces today including climate change, depleting resources, deteriorating ecology, population increase, decreasing food supply, urban heat island effect, pollution, deforestation, and more. The book suggests that the eco-tower culminates the cultural and technological evolutions of the 21st century by building and improving on the experiences of earlier designs of skyscrapers and philosophies particularly green, sustainable, and ecological. It argues that the true green skyscraper is the one that engages successfully with its larger urban context by establishing symbiotic relationships with the social, economic, and environmental aspects. Since tall buildings are becoming larger and taller, serving greater number of people, and exerting higher demand on the environment and existing infrastructure, any improvements in their design and construction will significantly enhance urban conditions. The book elucidates how green skyscrapers better serve tenants, mitigate environmental impacts, and improve integration with the city infrastructure. It explains how skyscrapers’ long life cycle offers the greatest justifications for recycling precious resources, and makes it a worthwhile to employ green features in constructing new skyscrapers and retrofitting existing ones. Subsequently, the book explores new designs that are employing cutting-edge green technologies at a grand scale including water-saving technologies, solar panels, helical wind turbines, sunlight-sensing LED lights, rainwater catchment systems, graywater and blackwater recycling systems, seawater-powered air conditioning, and the like. In the future, new building materials and smart technologies will continue to offer innovative design approaches to sustainable tall buildings with new aesthetics, referred to as “eco-iconic” skyscrapers.

For thirty years, the twin towers of the World Trade Center soared above the New York City skyline, eventually becoming one of the most conspicuous symbolic structures in the world. They appeared in hundreds of films, from Godspell and Death Wish to Trading Places, Ghostbusters and The Usual Suspects. The politicians, architects and engineers who developed the towers sought to imbue them with a powerful visual presence. The resulting buildings provided filmmakers with imposing set pieces capable of conveying a range of moods and associations, from the sublime and triumphal to the sinister and paranoid. While they stood, they captured the imagination of the world with their enigmatic symbolism. In their dramatic destruction, they became icons of a history that is still being written. Here viewed in the context of popular cinema, the twin towers are emblematic of how architecture, film and narrative interact to express cultural aspirations and anxieties.

A Tower litrpg. A group of friends, hearing about a liminal zone called the Devil's Crown, decide to try their luck. They've all played a variety of games, accrued a variety of real life skills, and honestly believe they might make it out if they stick together. Hopefully the information in the forums is accurate. ~*~ Book One of the Devil’s Crown series where readers join Kennedy, Jessica, and Kylie as they delve into a dangerous liminal zone known as the Devil’s Crown. An area that begins with 13 Towers hidden in mundane settings. Getting in is the easy part. Surviving long enough to figure out how to get out is a bit more difficult. New worlds. New people. New Problems. They’ve compiled a starter guide from information they’ve found from other Climbers online. Hopefully they didn’t find any misinformation.

This book provides a broad coverage of fundamental and advanced con cepts of data structures and algorithms. The material presented includes a treatment of elementary data structures such as arrays, lists, stacks, and trees, as well as newer structures that have emerged to support the process ing of multidimensional or spatial data files. These newer structures and algorithms have received increasing attention in recent years in conjunc tion with the rapid growth in computer-aided design, computer graphics, and related fields in which multidimensional data structures are of great interest. Our main objective is to mesh the underlying concepts with application examples that are of practical use and are timely in their implementations. To this end, we have used mainly the Abstract Data Structure (or Abstract Data Type (ADT)) approach to define structures for data and operations. Object-oriented programming (OOP) methodologies are employed to im plement these ADT concepts. In OOP, data and operations for an ADT are combined into a single entity (object). ADTs are used to specifiy the objects-arrays, stacks, queues, trees, and graphs. OOP allows the pro grammer to more closely mimic the real-world applications. This OOP is more structured and modular than previous attempts. OOP has become de facto state-of-the-art in the 1990s.

In 1971, Francis L. Brannigan created Building Construction for the Fire Service, a groundbreaking resource offering the most comprehensive knowledge of building construction available to fire fighters. With his dedication to fire fighter safety and saving lives, the legacy of Frank Brannigan continues with the sixth edition of Brannigan’s Building Construction for the Fire Service. The Sixth Edition meets and exceeds the National Fire Academy’s Fire and Emergency Services Higher Education (FESHE) course objectives and outcomes for the Associate’s Core-Level course called Building Construction for Fire Protection (C0275). Brannigan’s Building Construction for the Fire Service, Sixth Edition is an integral resource for fire officers, instructors, those studying for promotion, individuals taking civil service examinations, fire science students, and both current and prospective fire fighters. It is part of an integrated teaching and learning system that combines dynamic features and content to support instructors and to help prepare students for their career in firefighting. This new edition features: Chapter 7 Non-Fire Building Systems (new) describes several categories of non-fire systems in buildings, including electrical systems, plumbing systems, conveyances, refrigeration systems, and Ventilation (HVAC) systems, in addition to the hazards the systems pose for fire fighters. New or expanded content on: Aluminum-clad polyethylene panels Scaffolding Cranes and their use Modular construction using stacked shipping containers Light-weight wood-frame construction Fire escapes and stair design Cross-laminated timber and heavy timber construction Methods of protecting steel against fire New “green” materials and methods such as hempcrete and biofilters Structural wall framing systems with insulated studs Air-supported structures for sporting events Massive single-structure lightweight wood frame apartment buildings Firefighting recommendations in lightweight wood frame residential buildings Building construction and its relationship to flow path Historical perspective on fire resistance testing and its shortcomings Roofing material tests Safety issues of post-fire investigation of significantly damaged/collapsed buildings Scenario-Based Learning. Case Studies are found at the beginning and end of each chapter to encourage and foster critical-thinking skills. Tactical Considerations. This feature offers suggestions for firefighting, safety concerns, and related additional material for application on the fireground. Wrap-Up. Chapter Summaries, Key Terms, Challenging Questions, and Suggesting Readings promote comprehension and mastery of course objectives and outcomes.

Investigates alleged violations of FHA building rules and regulations in Jefferson Building of Arlington Towers complex, Arlington, Va. in leasing 26 residential units to GSA for use by State Dept's Foreign Service Institute.