... Emerald Publishing Limited: All rights reserved 2025 computational fluid dynamics/CFD fine tree interference effect modelling neural networks pressure coefficient wind loading & aerodynamics WNN Recent years have witnessed a substantial surge in the development of tall buildings...

... and broadcasting platforms, rigging systems, drainage and fire protection. buildings, structures & design thermal effects wind loading & aerodynamics The first new-build stadium designed for the FIFA World Cup Qatar 2022 and the centrepiece of a new public sports precinct to the south...

... Publishing Limited: All rights reserved 2021 cooling towers field testing & monitoring wind loading & aerodynamics Non-stationary features of natural winds, which might cause aggravated wind effects on structures, have drawn the attention of the wind engineering community in recent...

... is the volume force and τ is the viscous shear stress. computational mechanics dynamics wind loading & aerodynamics With advances in materials development and techniques, new tall structures that are lightweight and have low damping can be constructed. These structures are sensitive...

... was 100 Hz, and the sampling duration was 163 s. Figure 5. Wind directions and coordinate system of models ICE Publishing: All rights reserved 2019 buildings, structures & design steel structures wind loading & aerodynamics A transmission tower, which is the main...

... structures wind loading & aerodynamics 3 C M i = M i / ( 0 ⋅ 5 ρ U H 2 H D 2 ) where i = x, y, z, F_i and M_i are the wind force and moment in the ith...

... production (Encraft, 2009) and noise pollution. buildings, structures & design composite structures wind loading & aerodynamics An analysis of the relative increase in floor vibrations in a steel building after the installation of a SSWT on the building's roof is presented in this paper...

... related to the original design, thus rendering wind energy infrastructure susceptible to unforeseen damage. buildings, structures & design seismic engineering wind loading & aerodynamics In recent decades, regions where the production of class I and class II wind energy has increased...

... structures wind loading & aerodynamics Wind energy plays a decisive role in the development of global renewable energy which is driven by the increasing demand for electricity. The Global Wind Energy Council reported that, in 2016, wind energy annual installed capacity exceeded 54 GW and global...

.... Additionally, the effects of various parameters on the aerostatic stability safety factor of long-span cable-stayed bridges are analysed and discussed. ICE Publishing: All rights reserved 2018 bridges risk & probability analysis wind loading & aerodynamics In recent decades, cable...

...) 13 04 2016 16 03 2017 ICE Publishing: All rights reserved 2017 design methods & aids seismic engineering wind loading & aerodynamics The use of strength reduction factors (SRFs) is adopted by major codes around the world for performance-based design...

... Knox type suspension tower located in Dorset, UK (Hendry, 2005) 12 01 2016 14 09 2016 ICE Publishing: All rights reserved 2016 risk & probability analysis steel structures wind loading & aerodynamics Typhoon Haiyan in the Philippines in 2014 illustrated...

... syndrome and reduced work performance, that are not considered in current guidelines. 19 01 2015 03 06 2016 ICE Publishing: All rights reserved 2016 buildings, structures & design health & safety wind loading & aerodynamics Strong wind can cause tall buildings...

... the positive values of the y axis and, therefore, the result of the latter action is subtracted from the wind action. 01 11 2015 22 12 2015 ICE Publishing: All rights reserved 2016 buildings, structures & design structural framework wind loading & aerodynamics...

... 24 08 2015 ICE Publishing: All rights reserved 2015 dynamics field testing & monitoring wind loading & aerodynamics The proposed development considered in this study was located within a large city on the East Coast of the USA, with the immediate surroundings densely...

... applications of linear and non-linear analysis schemes are presented, underscoring the changing dynamic of bridge aerodynamics under smooth and turbulent wind conditions. ICE Publishing: All rights reserved 2015 bridges mathematical modelling wind loading & aerodynamics B...

... reserved 2014 buildings, structures & design dynamics wind loading & aerodynamics A, B, C, D coefficients B(s) feedback stress signal b dimension in across-wind direction C amplitude of the harmonic...

... wind loading & aerodynamics Structural motion induces a feedback to the air flow, which generates a cross-wind load on the structure. For flexible structures, these motion-induced wind loads are significant. As suggested by (Vickery and Basu, 1983), the motion-induced wind loads may...

... loading & aerodynamics E[ ] mathematical expectation f(n, z) dimensionless frequency n frequency (Hz) R _v(τ) correlation function matrix of wind velocity R _p(τ) correlation function matrix of wind...

... margin with respect to the critical wind speed leading to the aeroelastic instability known as flutter, which induces catastrophic oscillations and even collapse of the structure, has to be guaranteed. bridges dynamics wind loading & aerodynamics ICE Publishing: All rights reserved...