Wind Loading Clause Samples
The Wind Loading clause defines the requirements and standards for how a structure must be designed and constructed to withstand wind forces. It typically specifies the wind speed or pressure values that must be considered, references relevant building codes or engineering standards, and may outline calculation methods or documentation requirements. By establishing clear criteria for wind resistance, this clause ensures the safety and integrity of the structure under expected wind conditions, thereby reducing the risk of structural failure due to wind loads.
Wind Loading. The SRU and mounts are designed to operate under wind gusts or sustained loads of up to 145 km/hr, and survive up to 200 km/hr.
Wind Loading. 2.3.1.4.1 Operational Designed to operate up to 90 mph (145 kph)
2.3.1.4.2 Survival Designed to survive up to 125 mph (200 kph)
Wind Loading. The fabricated Aluminium Partitions, Aluminium doors and windows shall be capable of withstanding a wind pressure load not less than 1500 Pascals (75 M.P.H.)
Wind Loading. As indicated on Drawings
Wind Loading. The SRU and mounts are designed to operate under wind gusts or sustained loads of up to [***] km/hr, and survive up to [***] km/hr.
Wind Loading. All poles and other structures installed in the ROW must be designed to the current version of the AASHTO for wind and load calculations.
