PROBLEM: A rectangular reinforced concrete beam has a width of 310 mm and an effective depth of 490 mm. Concrete compressive strength (fc') is 21 MPa, and steel yield strength (fy) is 345 MPa. Use USD...


PROBLEM: A rectangular reinforced concrete beam has a width of 310 mm and an effective depth of<br>490 mm. Concrete compressive strength (fc') is 21 MPa, and steel yield strength (fy) is 345 MPa. Use<br>USD Method.<br>DETERMINE:<br>1. Ultimate moment capacity if the beam is reinforced with 4– 25 mm diameter tension steel.<br>2. Ultimate moment capacity if the beam is reinforced with 5 – 25 mm diameter tension steel.<br>3. Ultimate moment capacity if the beam is reinforced with 6 – 25 mm diameter tension steel.<br>4. Ultimate moment capacity if the beam is reinforced with 8 – 25 mm diameter tension steel.<br>5. Ultimate moment capacity if the beam is reinforced with 10 – 25 mm diameter tension steel.<br>

Extracted text: PROBLEM: A rectangular reinforced concrete beam has a width of 310 mm and an effective depth of 490 mm. Concrete compressive strength (fc') is 21 MPa, and steel yield strength (fy) is 345 MPa. Use USD Method. DETERMINE: 1. Ultimate moment capacity if the beam is reinforced with 4– 25 mm diameter tension steel. 2. Ultimate moment capacity if the beam is reinforced with 5 – 25 mm diameter tension steel. 3. Ultimate moment capacity if the beam is reinforced with 6 – 25 mm diameter tension steel. 4. Ultimate moment capacity if the beam is reinforced with 8 – 25 mm diameter tension steel. 5. Ultimate moment capacity if the beam is reinforced with 10 – 25 mm diameter tension steel.

Jun 11, 2022
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