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Architecture --- Architecture -- Netherlands -- Den Haag. --- Government buildings.
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Public buildings --- -Government buildings --- Government policy --- -Public buildings --- Government buildings --- Buildings --- Public works --- Civic centers
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Public buildings --- -Government buildings --- Buildings --- Public works --- Civic centers --- -Public buildings --- Government buildings --- 912 (493.2 B.) --- Public buildings - Belgium - Brussels
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Public buildings --- Maintenance and repair --- Cost control. --- Costs. --- Government buildings --- Buildings --- Public works --- Civic centers
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Public buildings --- Terrorism --- Security measures --- Prevention. --- Government buildings --- Buildings --- Public works --- Civic centers
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This text traces the evolution and accomplishments of the office, that from 1852 until 1939 held a virtual monopoly over federal building design.
Public buildings --- Government buildings --- Buildings --- Public works --- Civic centers --- United States. --- Designs and plans.
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Architecture and state --- -Public buildings --- -Government buildings --- Buildings --- Public works --- Civic centers --- State and architecture --- Public buildings --- -Architecture and state
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Real property --- Government property --- Public buildings --- Real estate management --- Government buildings --- Buildings --- Public works --- Civic centers --- Management.
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Sponsored by the Structural Engineering Institute of ASCE. This report presents the significant findings of a building performance team that investigated the structural damage sustained by the Pentagon after an airplane was crashed into it on September 11, 2001. The team, which was constituted on the day of the crash, reviewed available information on the structure, crash loading, and eyewitness accounts; the team also drew on focused assessments by others. After performing impact, static and thermal analyses, the team made recommendations for future design and construction and suggestions on areas where research and development is needed. With more than 150 color photographs, diagrams, and tables, this report provides a thorough assessment of the structural system that prevented extensive collapse of the building. From the redundant and alternative load paths of the unique beam and girder framing system, to the ability of the structure to absorb excess energy, the Pentagon withstood both structural and thermal trauma better than would have been expected. Complete with a chronological description of the events leading to impact, the crash and its subsequent effect on the structural system, this report reveals exactly how and why the Pentagon structure performed so well on the morning of the September 11, 2001 attacks. This report will be of interest to structural and forensic engineers, as well as historians and general readers seeking first-hand, technical knowledge of the Pentagon's resistance to progressive collapse.
Buildings --- Building, Bombproof. --- Terrorism --- Government buildings --- Accidents --- Structural systems --- Team building --- Load factors --- Thermal analysis --- Blast effects. --- Pentagon (Va.) --- Evaluation.
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Prepared by the Building Rating Security Committee (BRSC) of the Architectural Engineering Institute of ASCE. This Manual of Practice presents a building security rating system (BSRS) that can be used to improve the security of buildings and occupants subjected to violent attack. The BSRS offers a comprehensive method to account for threats and hazards, consequences and impacts, and vulnerability and mitigation as related to building security. In doing so, it provides a quantifiable measure of building security status. Multidisciplinary in scope, the BSRS uses a rigorous risk-based system that first identifies physical and operational criteria that enhance building security and then evaluates the extent to which a building meets these criteria. The BSRS has three elements: building classification, security countermeasures, and a rating system. MOP 128 presents the risk-based tools for classifying a building by its hazards and consequences, as well as identifying vulnerabilities to be addressed with security countermeasures. The rating system designates a building's security level in five categories: rated, bronze, silver, gold, and platinum. Appendixes present extensive commentary on the factors for building classification and security countermeasures for each level of the rating system. Ten years in development, the BSRS is now publicly available for the first time. Architects, designers, structural engineers, planners, building owners, security professionals, and government officials will rely on MOP 128 as the essential reference for implementing improved, cost-effective building security.
Buildings --- Security systems --- Structural safety --- Building systems --- Ratings --- Risk management --- Building design --- Government buildings --- Architectural engineering --- Security measures --- Evaluation.
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