A two-story hospital is shown in the figure and must withstand an estimated wind speed of 145km/h and is located in an urban area surrounded by buildings. Determine the design wind pressure on all four sides of the hospital. Assume that the main entrance is the windward region. The building has a period of vibration of 0.4s. The dimensions of the structure are in feet, transform to meters. Subject : Structural Analysis 8888888 8 11 100% pindfinde 8 8 8 001 15' 15'
A two-story hospital is shown in the figure and must withstand an estimated wind speed of 145km/h and is located in an urban area surrounded by buildings. Determine the design wind pressure on all four sides of the hospital. Assume that the main entrance is the windward region. The building has a period of vibration of 0.4s. The dimensions of the structure are in feet, transform to meters. Subject : Structural Analysis 8888888 8 11 100% pindfinde 8 8 8 001 15' 15'
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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Question
![A two-story hospital is shown in the figure
and must withstand an estimated wind
speed of 145km/h and is located in an
urban area surrounded by buildings.
Determine the design wind pressure on all
four sides of the hospital. Assume that the
main entrance is the windward region. The
building has a period of vibration of 0.4s.
The dimensions of the structure are in feet,
transform to meters.
Subject : Structural Analysis
15'
15'
日日
日日日
11
日日
100'
100](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F9bc0aea8-e8a4-4ff9-b8de-74786ab44695%2Fac088bc1-04be-487b-8779-2c6d93ae4c05%2Fvlnrzdt_processed.jpeg&w=3840&q=75)
Transcribed Image Text:A two-story hospital is shown in the figure
and must withstand an estimated wind
speed of 145km/h and is located in an
urban area surrounded by buildings.
Determine the design wind pressure on all
four sides of the hospital. Assume that the
main entrance is the windward region. The
building has a period of vibration of 0.4s.
The dimensions of the structure are in feet,
transform to meters.
Subject : Structural Analysis
15'
15'
日日
日日日
11
日日
100'
100
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