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Metabolic Engineering of Wood Formation
2013Wood is one of the most abundant composite materials on earth consisting primarily of cellulose, noncellulosic polysaccharides and lignin. It is a sustainable and quite versatile natural resource that can be processed into many useful products including biofuels, biochemicals, wood pellets, pulp and paper, fibres, biocomposites and timber.
Armin Wagner, Lloyd Donaldson
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Wood Engineering in Forestry Laboratories
Journal of the Structural Division, 1967The organization of the Forest Products Laboratories of Canada and the manner in which they function under the Department of Forestry of Canada are briefly described. Although mention is made of other research activities, the paper deals specifically with research in wood engineering.
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Crash simulation of wood and composite wood for future automotive engineering
Wood Material Science & Engineering, 2019Multi material mix is a promising approach to reduce weight and the carbon footprint in automotive engineering at competitive costs.
Ulrich Müller +8 more
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Wood Reimagined: Sustainable Architecture With Engineered Wood Products
No material has filtered into our lives for as long and as many ways, such as wood in its many shapes. Wood Reimagined: Sustainable Architecture With Engineered Wood Products present the bridge between wood science, structural engineering, architecture and design.Marija Miloshevska Janakieska +2 more
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Wood—A Reliable Engineering Material
Journal of the Structural Division, 1967The reliability of wood as an engineering material depends on sound information and enlightened usage. Efficient structural design must recognize wood's unique structural properties and use them correctly. The way in which results of standard tests on wood arc transformed into safe working stresses for structural design is summarized, and the factor of
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Structural Engineering Research in Wood
Journal of the Structural Division, 1968Four structural engineering studies of wood beams, in progress or recently completed at the U. S. Forest Products Laboratory, are presented. A mathematical theory is presented to explain the size-bending strength relationship for wood beams. The approach considers a volume-strength relationship rather than a depth-strength relationship as has been used
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Emerging Engineered Wood for Building Applications
Chemical Reviews, 2023Teng Li, Yuan Yao, Xuejun Pan
exaly
Is Engineered Wood China's Way to Carbon Neutrality?
Journal of Bioresources and Bioproducts, 2022Christian Sonne +2 more
exaly
Everyday Engineering: If it's Engineered, is it Wood?
Science Scope, 2014Richard H. Moyer, Susan A. Everett
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Engineered Wood: Sustainable Technologies and Applications
Annual Review of Materials Research, 2023Shuaiming He, Liangbing Hu, Xinpeng Zhao
exaly