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0.4 m 60 m 15 m 40 m 55 m a) Determine the ULS uniformly distributed load 'S' (in kPa), snow load, needed to design the lower roof. Remember to check both the basic snow and the rain load. The building is 'normal importance in downtown Suffield with a flat roof plan of 60 m by 55 m Snow load (S) - N 4 kPa. b) Determine the ULS snow drift if that roof sits below a second building with a higher roof (see sketch). Calculate the Case I drift only. Draw a sketch to summarize your calculations. Drift peak- A kPa.

0.4 m 60 m 15 m 40 m 55 m a) Determine the ULS uniformly distributed load 'S' (in kPa), snow load, needed to design the lower roof. Remember to check both the basic snow and the rain load. The building is 'normal importance in downtown Suffield with a flat roof plan of 60 m by 55 m Snow load (S) - N 4 kPa. b) Determine the ULS snow drift if that roof sits below a second building with a higher roof (see sketch). Calculate the Case I drift only. Draw a sketch to summarize your calculations. Drift peak- A kPa.

Structural Analysis
Structural Analysis
6th Edition
ISBN:9781337630931
Author:KASSIMALI, Aslam.
Publisher:KASSIMALI, Aslam.
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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15 m 0.4 m 55 m 60m 40 m a) Determine the ULS uniformly distributed load 'S' (in kPa), snow load, needed to design the lower roof. Remember to check both the basic snow and the rain load. The building is 'normal importance in downtown Suffield with a flat roof plan of 60 m by 55 m Snow load (S) kPa. b) Determine the ULS snow drift if that roof sits below a second building with a higher roof (see sketch). Calculate the Case I drift only. Draw a sketch to summarize your calculations. Drift peak %3D kPa.
Transcribed Image Text:15 m 0.4 m 55 m 60m 40 m a) Determine the ULS uniformly distributed load 'S' (in kPa), snow load, needed to design the lower roof. Remember to check both the basic snow and the rain load. The building is 'normal importance in downtown Suffield with a flat roof plan of 60 m by 55 m Snow load (S) kPa. b) Determine the ULS snow drift if that roof sits below a second building with a higher roof (see sketch). Calculate the Case I drift only. Draw a sketch to summarize your calculations. Drift peak %3D kPa.
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