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In the triumvirate of dominant structural building materials--wood,metal, and masonry--each has its advantages, but none are as intertwinedwith the human spirit as wood. Thirty-five public buildings illustrate how heavy timber framing can address familiar programmatic issues such as structure, economics, aesthetics, and sustainability. Timber framing can also have a positive effect on human emotions and physiology. In addition to being warm to the touch, wood building interiors have been widely proven to reduce blood pressure and heart rate and to speed convalescence in health care facilities. More than 450 photos, plans, and diagrams show how wood framing components from solid timbers to glulams and peeled logs are designed for durability and expressiveness. The finished projects aptly demonstrate what it means not only to shape buildings, but how they shape us.
This volume presents a history of heavy timber construction (HTC) in the United States, chronicling nearly two centuries of building history, from inception to a detailed evaluation of one of the best surviving examples of the type, with an emphasis on fire resistance. The book does not limit itself in scope to serving only as a common history. Rather, it provides critical analysis of HTC in terms of construction methods, design, technical specifications, and historical performance under fire conditions. As such, this book provides readers with a truly comprehensive understanding and exploration of heavy timber construction in the United States and its performance under fire conditions.
Prepared by the Subcommittee on Evaluation, Maintenance, and Upgrading of Timber Structures of the Committee on Wood of the Structural Division of ASCE. This report presents information on technical aspects of inspection, evaluation, reinforcement, repair, and rehabilitation of timber structures. Any structure, regardless of the material from which it is made, may be subject to a review of its ability to perform a specific function or functions. This report reviews factors that influence the serviceability of wood structures, including loadings, duration of loads, temperature, moisture and weathering. Effects of chemicals and fire, as well as insects, fungi, and other organisms that attack wood are also covered. Designing to avoid problems caused by these factors is discussed. Inspection techniques and equipment are described, along with guidelines on where to look and what to look for. A section of evaluation of wood structures includes criteria such as structural analysis, determination of loads, and estimating load carrying capacity.
This comprehensive, hands-on guide, filled with practical architectural, engineering, and construction guidance, brings you up to date on design, materials, codes, and applications. With expertise from a leading timber architect, a top designer/builder of heavy timber frames, a wood scientist, and several renowned timber engineers, this book provides a Conception-to-Completion Professional Blueprint essential to anyone interested in or involved with timber construction.
Mass Timber / Design and Research presents new research and design work with Mass Timber, a new construction technology, well-known in Europe, but relatively unfamiliar in the United States. Leading the Mass Timber design dialogue in the US, the author, Susan Jones, an architect in Seattle, Washington, has been pioneering the new, innovative use of wood over the past six years, since she built her own family's house from cross-laminated timber in 2015 in a neighborhood in Seattle. The book presents her Seattle firm, her family, and her University of Washington students' years of research and design. Opening with the story of three generations of her family's own sustainable forest practices, the book presents research into Pacific Northwest forestry, timber and Cross-Laminated Timber manufacturing practices, to carbon analysis and carbon comparisons between standard building construction assemblies and technologies; and concludes with the design of model buildings both designed and built by her firm, atelierjones and her University of Washington students: including a single-family house, a church, schools, multi-family housing, and a twelve-story Tall Timber Wood Innovation tower on the University of Washington campus in Seattle.