An exploratory study on wind speed profiling of high-rise building/monument using EnviMET.

Zakaria, Nur Hidayah; Salleh, Siti Aekbal; Isa, Nurul Amirah; Chan, Andy; Ooi, Maggie Chel Gee; Asmat, Arnis

Abstract

Envi-MET is a useful tool for simulating wind speed at building heights and modelling microclimatic conditions around buildings, including wind speed around buildings and other structures. Envi-MET is used in this study to simulate wind speed toward building heights. When R2 = 0.8186, relative bias is -0.0775, and RMSE is 0.2578, the agreement between Envi-MET simulation and ground observation indicates acceptable agreement. With this establishment, it was discovered that the building's height and wind speed are not the only factors causing destruction; the less friction of wind with surface features will also increase the wind speed, as shown by the results of the vertical profile wind speed in relation to the tollway building's height. At a height of 13 metres, the wind speed is 3.5 m/s. Wind circulation affects the building at this elevation, causing damage to the roof and ceiling. Buildings and structures can sustain significant damage as a result of high wind speeds. When wind speeds are high, the wind's force increases, causing pressure differences on different sides of a building or structure. The findings of this study inform relevant parties of the impact of wind on building construction and how it may influence variations in wind speed.

Citation

ZAKARIA, N.H., SALLEH, S.A., ISA, N.A., CHAN, A., OOI, M.C.G. and ASMAT, A. 2023. An exploratory study on wind speed profiling of high-rise building/monument using EnviMET. Malaysian construction research journal [online], 20(3): special issue for 6th International conference on research methodology for built environment and engineering 2023 (ICRMBEE 2023), 28 February - 2 March 2023, pages 123-137. Available from: https://www.cream.my/prod/mcrj-special-issue-volume-20-no-3-2023-

• Journal Article Type: Article
• Conference Name: 6th International conference on research methodology for built environment and engineering 2023 (ICRMBEE 2023)
• Acceptance Date: Aug 29, 2023
• Online Publication Date: Dec 31, 2023
• Publication Date: Dec 31, 2023
• Deposit Date: Aug 31, 2023
• Publicly Available Date: Oct 13, 2023
• Journal: Malaysian construction research journal
• Print ISSN: 1985-3807
• Electronic ISSN: 2590-4140
• Publisher: Construction Research Institute of Malaysia (CREAM)
• Peer Reviewed: Peer Reviewed
• Volume: 20
• Issue: 3
• Pages: 123-137
• Keywords: Windstorm; Envi-MET; Coriolis force; Turbulent drag; Wind disaster
• Public URL: https://rgu-repository.worktribe.com/output/2054144
• Publisher URL: https://www.cream.my/prod/malaysian-construction-research-journal-mcrj-