1. A one-way slab having a total depth of 200mm with a 25 mm clear covering at the bottom. The steel reinforcement is 25 mm diameter. Spacing of steel reinforcement is 125 mm on centers. f'c =20.7...

design of one way slabs1. A one-way slab having a total depth of 200mm with a 25 mm clear covering at the bottom. The steel<br>reinforcement is 25 mm diameter. Spacing of steel reinforcement is 125 mm on centers. f'c =20.7<br>MPa, Fy = 275 MPa. Considering 1 m. width of slab.<br>a. Determine the depth of stress block for a strip of slab.<br>b. Detemine the moment capacity of a strip of slab.<br>c. Determine the working live load per sq.m. if the slab were used on a 3 m. simple span. Concrete<br>mass maybe taken at 2500 kg/m² which includes the weight of reinforcement. Use NSCP load<br>factors.<br>200<br>mm<br>125<br>25 mm<br>cear<br>125<br>125<br>125<br>125<br>125<br>

Extracted text: 1. A one-way slab having a total depth of 200mm with a 25 mm clear covering at the bottom. The steel reinforcement is 25 mm diameter. Spacing of steel reinforcement is 125 mm on centers. f'c =20.7 MPa, Fy = 275 MPa. Considering 1 m. width of slab. a. Determine the depth of stress block for a strip of slab. b. Detemine the moment capacity of a strip of slab. c. Determine the working live load per sq.m. if the slab were used on a 3 m. simple span. Concrete mass maybe taken at 2500 kg/m² which includes the weight of reinforcement. Use NSCP load factors. 200 mm 125 25 mm cear 125 125 125 125 125

Jun 11, 2022
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