... CFRP joints mechanical properties slotted-in corrugated steel plates timber structures Science and Technology Project of Guangzhou Construction Group Co. [2022]-KJ013 [2023]-KJ052 [2023]- KJ055 [2024]-KJ010 [2024]-KJ019 [2024]-KJ033 The authors gratefully acknowledge...

... connection timber structures There are signs that the global energy crisis and environmental pollution problems caused by the excessive consumption of non-renewable resources are becoming more and more serious. The construction industry accounts for approximately 50% of energy consumed globally (Xu...

... masonry, constructed using locally available materials such as stone, timber and mud (Sharma et al., 2021). 28 04 2022 15 05 2023 Emerald Publishing Limited: All rights reserved 2023 brickwork & masonry earthquakes interfaces joints timber structures UN SDG 11...

...Wendel Sebastian, MA (Cambridge), PhD (Cambridge) ICE Publishing: All rights reserved 2023 composite structures timber structures UN SDG 12: Responsible consumption and production Since analysis is the concomitant of design, any analysis assumptions not adhered to at the design...

... the attention of the department to this type of structure due to the damage that many of these buildings suffered. In this work, a dataset of 101 timber structures was analysed based on a simplified methodology that detects the major vulnerabilities in long-span timber roofs in order to help plan further...

...Tarick Chahade, MSc; Kay-Uwe Schober, PhD Timber structures and buildings made from sustainable forestry might be the solution for today's ecological challenges when their renewable materials are locally processed with low energy consumption in production. The current market shows a dominance...

...Yifan Zhang, BS; Yujie Huang, BS; Zheng Wang, PhD; Minmin Li, Msc; Patrick Adjei, BS To meet objectives such as the sound insulation characteristics of timber structures and the comfort of residents, this study assessed an ordinary floor and three kinds of floating floors (Portuguese cork, graphite...

...   33 (11): 3018 – 3026 , 10.1016/j.engstruct.2011.02.001 . BSI (2001) BS EN 12512:2001: Timber structures. Test methods. Cyclic testing of joints made with mechanical fasteners.   BSI , London, UK . BSI (2004) BS EN 1995-1-1:2004+A2:2014: Eurocode 5: Design of timber structures...

...%). buildings, structures & design materials technology timber structures Timber, as a natural material with anisotropic features, is prone to splitting due to its low tensile strength perpendicular to the grain direction. In a failure analysis conducted by Frese and Blaß (2007) , splitting...

..., reclamation & renovation timber structures As already briefly mentioned, the proposed retrofit technique consists of timber-based panels (e.g. CLT, LVL) fixed to existing masonry walls using point-to-point connections to form a composite structural system in which the timber and masonry...

... 4 30 01 2020 23 09 2020 ICE Publishing: All rights reserved 2020 buildings, structures & design strength & testing of materials timber structures One of the biggest challenges in designing timber structures results from difficulties (geometries...

... by Källsner and Girhammar. The method allows for a separation of the individual wall height from the height of application of the resultant horizontal force, thereby significantly simplifying the calculation process. buildings, structures & design design methods & aids timber structures...

... into consideration in the design and detailing of timber structures (Thelandersson and Honfi, 2009). In this paper, Kuşluca historical timber mosque located in the Sürmene district of Trabzon, Turkey is selected as a case study (Figure 1). The mosque was built in the early twentieth century, including two floors...

..., the role played by the standards that specify the test methods for timber structures is very important. The behaviour of a timber structure under lateral cyclic loads (e.g. wind and earthquake loads) is mainly governed by the response of its connection systems, as shown by Piazza et al. (2011...

...Julio Cesar Molina, PhD; Amauri da Silva Ribas Junior, BS; André Luis Christoforo, PhD The design of dowelled connections for timber structures based on the Brazilian standard NBR 7190 results in an excessive number of fasteners due to the low value obtained for the wood embedding strength when...

...Ioana Teodorescu, Dr. Ing; Bárbara Pereira, Ing; Caroline D. Aquino, BSc; Jorge M. Branco, Dr. Ing Dowel-type timber joints made of wood are of particular interest for interventions on built heritage because such heritage buildings often involve timber structures. Wooden dowels offer a lower cost...

... 2019 16 03 2020 ICE Publishing: All rights reserved 2020 composite structures strength & testing of materials timber structures Sandwich panels with rigid foam cores combine relative high strength and stiffness with high thermal insulation. The structural performance...

... of materials timber structures Double shear tests performed on composite specimens represent the best way to know the behaviour of the shear connectors used in wood–concrete composite systems (Molina, 2008). Wood–concrete composite systems can be used in large and small constructions, in retrofitting...

..., the retrofitted pier exhibited slightly higher stiffness, larger strength and significantly greater displacement capacity. 24 06 2019 18 02 2020 ICE Publishing: All rights reserved 2020 buildings, structures & design seismic engineering timber structures Unreinforced masonry...

... a method able to reduce several critical problems of historic walls: their low shear strength, high thermal transmittance and to preserve the masonry fair-face aspect. brickwork & masonry seismic engineering timber structures There is growing evidence that natural materials...