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This book contains papers presented at the 1st International Conference on Timber Structures, which was held in collaboration with the Technical Centre of Wood Industry in Belgium. It explores the latest developments in wood products and their application as structural components. The focus of the included works is to draw attention to new research and real applications from both researchers and practitioners, and to present new and innovative ideas in this significant field. Rapid advances have recently been made in the development and processing of innovative ecologically friendly wood products. A variation of new structural shapes can now be fabricated and used to construct buildings and bridges which have minimal impact on the environment. Wood is particularly appealing since it is renewable and has no carbon footprint when it is harvested in a sustainable way. Timber structures are ecologically sound and comparatively low cost. The material lends itself to ground-breaking designs and new types of composites offer reliable, robust and safe materials.
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"In the early stages of a new project, building designers are likely to ask questions such as: What should the structure be made from? Where should columns or walls be located? Is it a framed building or does it have loadbearing walls? How thick do walls and floors need to be? Structural timber elements: a pre-scheme design guide is an at-a-glance reference guide to structural timber options for use during the pre-scheme design process. It is an essential resource for structural engineers, particularly those who have designed buildings out of steel and concrete but have not acquired significant experience with timber. Architects and other building designers, as well as students and lecturers, will also benefit from the comparative information on structural timber options. These include sawn timber, glulam, i-joists, unilam, cross-laminated timber, laminated veneer lumber and flitch beams. Highly illustrated with drawings, graphs and sizing tables, this book will help building designers to make efficient choices at the outset and avoid problems later in the design process. Introductory information on connections and costing guidelines will also assist at the pre-scheme stage. The book was first conceived by Simon Smith, currently Chair of the TRADA Advisory Committee, who is a pioneer in the structural use of timber in the UK. James Norman of Bristol University has researched and written this book with assistance from TRADA members."--Back cover.
Building, Wooden --- Building materials --- Structural design
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Building, Wooden --- House construction --- Indoor air quality --- Industrial surveys --- Technological innovations.
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Carpentry --- Building, Wooden --- History. --- Building with wood --- Wood construction --- Wooden architecture --- Wooden building --- Building --- Manual training --- Woodwork
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Cordwood building - log-ends set in insulated mortar - is an economical, low-impact building method. Essential Cordwood Building is the first fully illustrated, step-by-step guide for design, material specification, construction, detailing, maintenance, and code compliance of cordwood. For both the DIYer and professional builder.
Log-end houses --- Log-end houses. --- Cordwood masonry houses --- Houses, Log-end --- Stovewood masonry --- Building, Wooden --- Dwellings --- House construction --- Log buildings --- Log cabins --- Masonry --- Design and construction
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With the world's increasing focus on sustainability in the construction sector through green building systems, the U.S. Department of Agriculture (USDA) has been actively engaged in green building advocacy in the United States through USDA Tall Wood Building competitions and follow-up research on use of mass timber for nonresidential buildings. The USDA Forest Service, Forest Product Laboratory (FPL) funded the study of environmental performance of the pioneer mass timber building (the John W. Olver Design Building) built at University of Massachusetts Amherst in 2016. The Athena Sustainable Materials Institute conducted the whole building life cycle assessment (LCA) using the Impact Estimator for Building software. Secondly, the reported LCA results led to development of an environmental building declaration (EBD) in conformance with European standard EN 15978. Environmental building declarations summarize the embodied and operational environmental impacts during the full building life cycle. An EBD is much like an environmental product declaration (EPD) which is intended for marketing and educational use, but instead of covering individual products like an EPD, an EBD covers the whole building. Lastly, the LCA results of the Design Building were then compared with a functionally equivalent steel and concrete building to acquire the whole building LCA credit in Leadership in Energy and Environmental Design (LEED) v.4 for green buildings. With the mass timber use in the Design Building, the building qualified for the whole building LCA credit in LEED v4. With this project, FPL is helping to standardize environmental performance reporting and advanced mass timber building sustainability.
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The first in a multi-volume overview of materials in architecture focuses on brick and tile. Besides highlighting more than 60 projects by 47 international teams of architects, it features brief statements from 27 architecture practices regarding their views on using brick and tile in buildings. Featuring Casanova + Hernandez, CEBRA, Studio Farris Architects, BIG, Carlos Lampreia, TAKK Architecture, Sunil Patil and Associates, BudCud, NL Architects, Nishizawa Architects, UNStudio, modostudio, and many more. The diverse range of international projects includes interior, residential, housing, education, commercial, installation, and public (urban and landscape).
Building, Brick --- Tile construction --- 693.2 --- 691.4 --- Baksteenarchitectuur ; 21ste eeuw --- Bouwmaterialen ; keramische --- Keramiek ; tegels ; architecturale toepassingen --- Hollow tile construction --- Building --- Brick building --- Masonry --- Metselwerk van baksteen --- Bouwmaterialen ; leem, klei, aardewerk --- Constructions en brique --- Carreaux --- Constructions en bois --- Construction en verre --- Constructions en brique. --- Carreaux. --- Constructions en bois. --- Construction en verre. --- Building, Wooden --- 691.11(03) --- Bouwmaterialen ; hout --- Houtarchitectuur ; 21ste eeuw --- Building with wood --- Wood construction --- Wooden architecture --- Wooden building --- Bouwmaterialen ; hout ; naslagwerken --- Glass construction --- Architecture --- 691.6 --- Bouwmaterialen ; glas --- Glasarchitectuur --- Architectural designs --- Designs, Architectural --- Architectural drawing --- Glass architecture --- Glass as structural material --- Glass in architecture --- Bouwmaterialen ; glas, vensterglas, spiegelglas --- Construction en brique --- Construction en tuiles --- Architecture - Dessins et plans
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Wood is suitable for use in multistorey building construction with barely any restrictions. This is new and requires creative rethinking of tried and tested practices in wood construction: classical categories can be replaced by mixed construction methods as necessary within a project, which yields completely new possibilities in designing wood structures. The Manual provides architects, engineers and wood specialists with the essential expertise on the new systematics and construction methodology, from the design to prefabrication to the implementation on site. It lays the grounds for mutual understanding among everyone involved in the project, to facilitate the necessary cooperation in the integral planning and construction process.
Building, Wooden --- Tall buildings --- High buildings --- High-rise buildings --- Highrise buildings --- Multistory buildings --- Buildings --- Building with wood --- Wood construction --- Wooden architecture --- Wooden building --- Building --- Design and construction --- 691.11 --- 691.1 --- 691 --- 691.11(03) --- Houtconstructies ; houtarchitectuur --- 691.11 Wood. Timber. Wood products --- Wood. Timber. Wood products --- Hout --- Houtconstructies --- Bouwmaterialen (architectuur) --- Bouwmaterialen ; hout ; naslagwerken --- Constructions en bois --- Immeubles de bureaux --- Immeubles d'habitation --- Conception et construction. --- Manufacturing technologies --- Building materials. Building technology --- Private houses --- architecture [discipline] --- houses --- plank construction --- sustainable architecture --- building materials --- houtconstructies
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Wooden Os is a study of the presence of trees and wood in the drama of Shakespeare and his contemporaries -- in plays set within forests, in character dialogue, and in props and theatre constructions. Vin Nardizzi connects these themes to the dependence, and surprising ecological impact, of London's commercial theatre industry on England's woodlands, the primary resource required to build all structures in early modern England.Wooden Os situates the theatre within an environmental history that witnessed a perceived scarcity of wood and timber that drove up prices, as well as statute law prohibiting the devastation of English woodlands and urgent calls for the remedying of a resource shortage that was feared would result in eco-political collapse. By considering works including Friar Bacon and Friar Bungay, the revised Spanish Tragedy, and The Tempest, Nardizzi demonstrates how the "trees" within them were used in imaginative ways to mediate England's resource crisis.--
English drama --- Trees in literature. --- Forests in literature. --- Deforestation --- Building, Wooden --- Theaters --- Opera-houses --- Playhouses (Theaters) --- Theatres --- Arts facilities --- Auditoriums --- Centers for the performing arts --- Music-halls --- Building with wood --- Wood construction --- Wooden architecture --- Wooden building --- Building --- Conversion, Forest --- Depletion of forests --- Disforestation --- Forest conversion --- Forest depletion --- Forest-land conversion --- Clearing of land --- Forest fires --- Plants --- Forests and forestry in literature --- History and criticism. --- Environmental aspects --- History --- Extinction --- Shakespeare, William, --- Shakespeare, William --- Shakespear, William, --- Shakspeare, William, --- Šekʻspiri, Uiliam, --- Saixpēr, Gouilliam, --- Shakspere, William, --- Shikisbīr, Wilyam, --- Szekspir, Wiliam, --- Šekspyras, --- Shekspir, Vilʹi︠a︡m, --- Šekspir, Viljem, --- Tsikinya-chaka, --- Sha-shih-pi-ya, --- Shashibiya, --- Sheḳspir, Ṿilyam, --- Shaḳspir, Ṿilyam, --- Syeiksŭpʻio, --- Shekspir, V. --- Szekspir, William, --- Shakespeare, Guglielmo, --- Shake-speare, William, --- Sha-ō, --- Şekspir, --- Shekspir, Uiliam, --- Shekspir, U. --- Šekspir, Vilijam, --- Ṣēkspiyar, Viliyam, --- Shakspir, --- Shekspyr, Vyli︠e︡m, --- Şekspir, Velyam, --- Ṣēkspiyar, Villiyam, --- Shēkʻspʻiyr, Vlilliam, --- Ṣēkspiyar, --- Ṣēkspiyar Mahākavi, --- Ṣēkspiyar Mahākaviya, --- Sheḳspier, Ṿilyam, --- Shēkʻspir, --- Shakespeare, --- Śeksper, --- Шекспир, Вильям, --- Шекспир, Уильям, --- שייקספיר, וויליאם, --- שייקספיר, וו., --- שיקספיר, וויליאם --- שיקספיר, ויליאם --- שיקספיר, ויליאם, --- שכספיר, ויליאם, --- שכספיר, וילים, --- שכספיר, ו׳ --- שעפקספיר, וויליאם, --- שעקספיער, וויליאם --- שעקספיער, וויליאם, --- שעקספיער, ווילליאם --- שעקספיער, וו., --- שעקספיר --- שעקספיר, וו --- שעקספיר, וויליאם, --- שעקספיר, וויליאמ --- שעקספיר, ווילליאם --- שעקספיר, ווילליאם, --- שעקספיר, וו., --- שעקספיר, װיליאם, --- שעקספיר, װילליאם, --- שעקספיר, װ., --- שעקספער --- שעקספער, וויליאמ --- שקספיר --- שקספיר, וו --- שקספיר, וויליאם --- שקספיר, וויליאם, --- שקספיר, ווילים, --- שקספיר, וילאם --- שקספיר, ויליאם --- שקספיר, ויליאם, --- שקספיר, ויליים, --- שקספיר, וילים --- שקספיר, וילים, --- شاكسبير، وليم --- شاكسپير، وليم --- شكسبير، وليام --- شكسبير، وليم --- شكسبير، وليم، --- شكسبير، و. --- شكسپير، وليم --- شكسپير، ويليام --- شيكسبير، وليام --- شيكسبير، وليام.، --- شيكسبير، وليم --- شکسبير، وليم --- وليم شکسبير --- 沙士北亞威廉姆, --- 沙士比亞威廉姆, --- 莎士比亞威廉姆, --- 莎士比亞威廉, --- 莎士比亞, --- Criticism and interpretation. --- Trees in literature --- Forests in literature --- History and criticism --- Criticism and interpretation --- Thematology --- Sociology of literature --- History of civilization --- anno 1500-1599 --- English drama - Early modern and Elizabethan, 1500-1600 - History and criticism --- Deforestation - Environmental aspects - England - History - 16th century --- Building, Wooden - Environmental aspects - England - History - 16th century --- Theaters - England - History - 16th century --- Shakespeare, William, - 1564-1616 - Criticism and interpretation --- England. --- Angleterre --- Anglii͡ --- Anglija --- Engeland --- Inghilterra --- Inglaterra --- Shakespeare, William, - 1564-1616
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