A two-story essential facility shown in Figure 4.6 is an enclosed wood-frame building located in Seattie, Washington. Determine the design wind pressures for MWFRS in both principal directions of the building and the forces acting on the transverse section of the building. The wall studs and roof rafters are 16 in. on center. K = 1.0.
A two-story essential facility shown in Figure 4.6 is an enclosed wood-frame building located in Seattie, Washington. Determine the design wind pressures for MWFRS in both principal directions of the building and the forces acting on the transverse section of the building. The wall studs and roof rafters are 16 in. on center. K = 1.0.
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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Compute the wind load acting on the short wall of the
building based on directional method.
Expert Solution
Step 1 : Introduction
Wind is a mass of air that moves in a mostly horizontal direction from the area of high pressure to an area with low pressure. High winds can be very destructive because they generate pressure against the surface of a structure. The intensity of this pressure is the wind load. The effect of the wind is dependent upon the size and shape of the structure. Calculating wind load is necessary for the design and construction of safer, more wind resistant buildings and placement of objects such as antennas on top of buildings.
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