Structures are designed to sway in the wind through specific engineering techniques that enhance flexibility and resilience. This is achieved by incorporating materials and designs that allow for controlled movement, such as using flexible joints, dampers, and tuned mass dampers that absorb and dissipate energy. The structural shape, often aerodynamically optimized, helps reduce wind loads. By allowing movement, these designs prevent structural failure and ensure safety during high winds.
what wind causes small trees to sway
a. Sway helps to minimize wind damage. b. Sway makes the building stronger by compressing the weight into the ground. c. Sway is not better than resisting wind.
Use a Trailer Sway Control for improved handling and to control trailer sway from wind and traffic.
Sway in structures refers to the lateral movement or displacement of a building or bridge caused by external forces such as wind, seismic activity, or uneven loading. This movement can affect the structural integrity and stability of the structure, leading to potential damage or failure if not properly accounted for in the design. Engineers use various methods, such as bracing or damping systems, to control and minimize sway during the design and construction phases.
In the wind is the prepositional phrase.
it sways
Winds of 50 MPH will cause it to sway up to 3 inches.
The trees began to sway in the wind, their branches gently moving back and forth.
The tree whispered to the wind, "Embrace me gently, for I sway with your touch."
Sway of monument in 30-mile-per-hour (48 km/h) wind: 0.125 inches (3.2 mm)
Trees, leaves, branches, and flowers are examples of things that sway in the wind. The movement is caused by the force of the wind on these objects.
mesmerizing means to be able to hold the attention of. sway means to blow back and forth. so it basically means "charming sweet smells blow back and forth together in the wind."