structural wind resistance
The maximum wind speed a built object can withstand without damage to its structural integrity.
The structural wind resistance of any built object is the maximum wind speed (in kilometers per hour or miles per hour) which it can survive without suffering damage that compromises structural integrity.
The threshold concerns damage that compromises the supporting structure. It does not mean that every finish, service, or normal activity remains unaffected at that wind speed.
Operational wind resistance describes the point at which use must stop or occupants must leave. An object can require closure before its structure reaches its resistance limit.
Related definitions
-
building sway (max)
The maximum total length across which a structure is expected to sway in high winds at its extreme point. -
floor bearing capacity
The amount of extra weight (furniture, machinery, etc.) that a measured square unit of a floor can safely support. -
freight elevator load (max)
The maximum weight which a freight elevator can safely carry, expressed in kilograms or pounds. -
maximum vehicle weight
The practical or allowed weight limit for vehicles entering a particular place or facility. -
operational wind resistance
The wind speed at which a structure must cease operations or evacuate occupants. -
passenger elevator load (max)
The maximum weight which a passenger elevator can safely carry, expressed in kilograms or pounds. -
seismic resistance
The earthquake moment magnitude a structure is expected to withstand without an interruption of use.