Use Allowable Stress Design (ASD) method and check the adequacy of a simply supported unreinforced bearing wall subjected to eccentric axial service loads of 700 lb dead load and 300 Ib live load per...


Use Allowable Stress Design (ASD) method and check the adequacy of a simply supported<br>unreinforced bearing wall subjected to eccentric axial service loads of 700 lb dead load and 300<br>Ib live load per foot of plan length, combined with out-of-plane wind load of 30 Ib/ft?.<br>The axial-load eccentricity is 3 in., and the story height is 12 ft.<br>Assume a specified compressive strength of masonry of 2500 lb/in? and Type S PCL mortar.<br>Assume nominal 10 in. CMU wall ungrouted, face shell bedded, with concrete density of 115<br>pcf.<br>

Extracted text: Use Allowable Stress Design (ASD) method and check the adequacy of a simply supported unreinforced bearing wall subjected to eccentric axial service loads of 700 lb dead load and 300 Ib live load per foot of plan length, combined with out-of-plane wind load of 30 Ib/ft?. The axial-load eccentricity is 3 in., and the story height is 12 ft. Assume a specified compressive strength of masonry of 2500 lb/in? and Type S PCL mortar. Assume nominal 10 in. CMU wall ungrouted, face shell bedded, with concrete density of 115 pcf.

Jun 11, 2022
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