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Wind load on high rise building are very complex, because of many aspects can effects the phenomenon. For instance: shape of the building, terrain around the building, vortex shedding, pressure fluctuation, etc. Wind flow around the building causes the building to oscillate, along wind, cross wind direction, and torsion. Then, vibration on high rise building... Continue Reading →
Wind load on building is a complex phenomenon because of the many flow situations arising from the interaction of wind and structures. Wind is composed of a varying sizes of eddies and rotational characteristics carried along in a general stream of air moving relative to eart’s surface. These eddies give wind its gusty or turbulent... Continue Reading →
On the 1st November 1965, during high winds, three out of a group of eight cooling towers at Ferrybridge 'C' Power Station collapsed, with the remaining towers sustaining severe structural damage. The towers, each 375 feet high, had been constructed closer together than was usual and had greater shell diameters and shell surface area then... Continue Reading →
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