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Reinforced concrete. --- Bracing --- Frames --- Bracing --- Frames

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Prepared by the Structural Applications of Steel Cables for Buildings Standard Committee of the Codes and Standards Activities Division of the Structural Engineering Institute of ASCE Structural Applications of Steel Cables for Buildings, Standard ASCE/SEI 19-16, provides requirements for the structural design, fabrication, and installation of cables for use as static structural elements to support and brace buildings and other cable-supported structures. Covering both carbon-steel and stainless-steel cables, this standard addresses roofs, floors, curtain walls, masts, and nets, but it is not applicable for structures subjected primarily to vehicle loads or for guyed electrical transmission towers. Topics include contract documents and shop drawings; design considerations; cable materials; protective coatings; fabrication, shipping, and receiving; erection; and postconstruction considerations and inspection. In addition, appendixes review cables and fittings, saddles, clamps, cable fatigue, and the design of earthquake-load-resistant sway bracing for nonstructural components of buildings. Intended for use by structural engineers, architects, cable manufacturers and fabricators, and building officials, Standard ASCE/SEI 19-16 is a thorough revision of previous editions of ASCE 19. It includes a new appendix to address small-diameter cables used for seismic bracing of nonstructural building elements, as well as updated nomenclature to ensure consistency with other industry standards.

Cable structures --- Cables --- Cables --- Steel structures --- Building design --- Building codes --- Standards and codes --- Fabrication --- Load and resistance factor design --- Bracing --- Standards --- Standards --- Cables --- Steel structures --- Building design --- Building codes --- Standards and codes --- Fabrication --- Load and resistance factor design --- Bracing

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Prepared by the Committee on Earth Retaining Structures of the Geo-Institute of ASCE. This Geotechnical Special Publication provides guidelines for the use of braces and tiebacks during excavations, focusing particularly on safety issues. When an excavation is made in soil or rock, materials adjacent to the cut face lose their natural lateral support. It them becomes necessary to support the excavation with braces and tiebacks, which provide the lateral restraint needed for safety. In addition to assisting engineers make essential safety decisions, this report provides information and conceptual orientation for owners, funding agencies, contractors, and engineering and architectural staff.

Excavation. --- Retaining walls. --- Shoring and underpinning. --- Excavation --- Bracing --- Engineering profession --- Tieback (geotechnical) --- Safety --- Retaining structures --- Architectural engineering --- Construction management --- Excavation --- Bracing --- Engineering profession --- Tieback (geotechnical) --- Safety --- Retaining structures --- Architectural engineering --- Construction management

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framed structures --- reinforced concrete --- limit design method --- dimensions --- snow --- wind pressure --- loading --- floors --- concrete slabs --- beams supports --- bracing --- webs supports --- framed structures --- reinforced concrete --- limit design method --- dimensions --- snow --- wind pressure --- loading --- floors --- concrete slabs --- beams supports --- bracing --- webs supports

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Analyse mathématique --- Mathematical analysis --- buildings --- loads forces --- plastic design --- elastic analysis --- comparison --- steel structures --- concrete slabs --- columns supports --- bracing --- stability --- beams supports --- structural members --- buildings --- loads forces --- plastic design --- elastic analysis --- comparison --- steel structures --- concrete slabs --- columns supports --- bracing --- stability --- beams supports --- structural members