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Optimising Embodied Carbon in Axial Tension Piles: A Comparative Study of Concrete, Steel, and Timber Piles Using a Hybrid Genetic Approach. [PDF]
Materials (Basel)Abushama K +3 more
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High-capacity hold-down for mass-timber buildings
Construction and Building Materials, 2018Abstract Engineered mass-timber products such as cross-laminated timber enable the use of timber as structural material in tall buildings. One of the advantages of using timber is the reduction in weight and the resulting reduction in foundation costs.
Xiaoyue Zhang +2 more
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Dynamic Response of Tall Mass-Timber Buildings to Wind Excitation
Journal of Structural Engineering, 2020AbstractThe use of timber panels to construct the lateral and gravity load resisting systems of tall mass-timber buildings makes them lightweight and less stiff than buildings made from conventiona...
M. A. Bezabeh +3 more
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Engineering Structures, 2021 Mid-rise to tall mass timber buildings are becoming internationally popular and are required, for instance in the Eurocode or the Australian building code, to be designed against progressive collapse.
C H Lyu, Benoit P Gilbert, Hong Guan
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Experimental investigations of connections for robustness of mass timber buildings [PDF]
, 2023 Recent growth in mass timber construction has raised concerns about preventing disproportionate and progressive collapse, emphasizing the need for performance-based design due to general lack of understanding the behaviour of mass timber connections under extreme load and deformations.
Przystup, Alicja Czesława
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Sustainability, 2022 The recycling potential (RP) indicates the ability of building materials to form a closed-loop material flow, that is, the material efficiency during its whole life cycle.
Qiong Huang +2 more
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The embodied carbon of mass timber and concrete buildings in Australia: An uncertainty analysis
Building and Environment, 2022 This research uses uncertainty analysis to determine and compare the range of embodied carbon outcomes of mid-rise mass timber and concrete buildings in Australia.
Mehdi Robati, Philip Oldfield
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Structural Systems for Mass Timber Buildings
IABSE Reports, 2019<p>This paper investigates the design of lateral force resisting systems (LFRS) for multi-story mass timber structures in Boston, MA. Structural and environmental tradeoffs of replacing conventional concrete cores or steel braced frames with glue-laminated timber (GLT) braced frames are evaluated through numerical analyses of 8-, 12-, and 18 ...
Tim Gleason, Gordana Herning, John Klein
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Water Mist Systems in Protection of Mass Timber Buildings
2020Water mist systems are considered for the protection of timber buildings because they use significantly less amounts of water and consequently less post-water damage. Current water mist system standards and testing protocols do not consider fire scenarios involving exposed timber elements, which pose greater fire load and hazards.
Ko, Yoon, Kinateder, Max, Elsagan, Nour
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Engineering Structures, 2020 To fully understand the structural behaviour of large structural systems under given loading scenarios, experimental testing of the entire system or of a representative part of it is often required.
Benoit P Gilbert +2 more
exaly +2 more sources