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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
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A detailed understanding of failure mechanisms is essential to the practice of forensic engineering, the investigation of failures and other performance problems. Nicastro examines various types of failure mechanisms, including their causes and identifying characteristics, and provides a comprehensive collection of case histories. Diagnosis of building failures, including all aspects of construction, is provided, along with a comparison of failure mechanisms across multiple disciplines. Nicastro emphasizes the performance of engineering investigations, including fieldwork, laboratory testing, research, formulating opinions, generating reports, and providing expert testimony. Topics include: shelf angles; deck drains; thermal expansion; cracking, fatigue, and fractures; overstress; unstable shoring; tempered glass; tower distress; sealant reversion; glazing system leaks; masonry/plank construction; frame shortening; zipper gaskets; handrail post deformation; sloped glazing slips; and floating walls. This book also includes an index of various failure mechanisms, and an annotated bibliography.
Building failures --- Firensic engineering. --- Failure analysis --- Structural failures --- Forensic engineering --- Construction management --- Buildings --- Case studies --- Laboratory tests --- Cracking --- Investigation.
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