The measurement of wind pressures on two-storey houses at Aylesbury☆
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Cited by (28)
Physics-informed few-shot learning for wind pressure prediction of low-rise buildings
2023, Advanced Engineering InformaticsWind-uplift capacity of cold-formed steel weatherboard claddings—Experimental and numerical investigations
2023, Thin-Walled StructuresCitation Excerpt :Weatherboard is one of the most popular wall cladding profiles world-wide, which is being increasingly used in New Zealand and other Pacific countries. Applications of weatherboard panels include: facades, soffits, fascia’s, chimney claddings and interior feature walls (Fig. 1) [1–3]. Weatherboard is a wide tray cladding, roll formed in single length trays and fixed to purlins with the help of weatherboard clips and tek screws at the intersection of two adjacent cladding sheets.
Wind-uplift capacity of cold-formed steel interlocking claddings-Experimental and numerical investigations
2023, Journal of Building EngineeringCitation Excerpt :Interlocking is a wide tray cladding, roll formed in single length trays and fixed to purlins with the help of tek screws at the intersection of two adjacent panels (Fig. 1). Screw-fixed interlocking steel claddings suffer from either local failure of the screws or from global failure of the cladding assembly due to the shear failure of two interlocking panels, when subjected to wind uplift/suction pressures during high wind events such as storms, hurricanes, cyclones and other wind events [1–4]. Therefore, wind-uplift/suction capacity of the CFS interlocking claddings is governed by the localized failures at the interlocking connections.
Comparative study of full-scale and model-scale wind pressure measurements on a gable roof low-rise building
2021, Journal of Wind Engineering and Industrial AerodynamicsCitation Excerpt :Based on field measurements from full-scale buildings, a number of comparative studies of full-scale and model-scale measurements were performed. In the early 1970s, the Building Research Establishment (BRE) in the United Kingdom initiated a program of field measurements on a specially constructed two-stories housing at Aylesbury, England (Eaton and Mayne, 1975). Being probably the first major field measurements of wind pressures on low-rise building, the results of Aylesbury experiment were particularly useful.
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Paper presented at the Symposium on Full-Scale Measurements of Wind Effects on Tall Buildings and Other Structures, University of Western Ontario, 23–29 June 1974.