An RCC beam is of 230 mm width, 500 mm overall depth. Effective cover to compression steel and tension steel is 40 mm. Compression reinforcement consists of 2 nos. 16 mm diameter bars and tension steel consists of 2 nos. 25 mm diameter bars. This doubly reinforced beam is made of M 20 concrete and Fe 415 steel. Find the moment of resistance of this beam by LIMIT STATE METHOD. Table: Stress in Compression Reinforcement in MPa Grade of Steel MPa Fe415 0.05 355 ďld Values 0.10 353 0.15 0.20 342 329 00071
An RCC beam is of 230 mm width, 500 mm overall depth. Effective cover to compression steel and tension steel is 40 mm. Compression reinforcement consists of 2 nos. 16 mm diameter bars and tension steel consists of 2 nos. 25 mm diameter bars. This doubly reinforced beam is made of M 20 concrete and Fe 415 steel. Find the moment of resistance of this beam by LIMIT STATE METHOD. Table: Stress in Compression Reinforcement in MPa Grade of Steel MPa Fe415 0.05 355 ďld Values 0.10 353 0.15 0.20 342 329 00071
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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![An RCC beam is of 230 mm width, 500 mm overall depth. Effective cover to compression steel and
tension steel is 40 mm. Compression reinforcement consists of 2 nos. 16 mm diameter bars and
tension steel consists of 2 nos. 25 mm diameter bars. This doubly reinforced beam is made of M 20
concrete and Fe 415 steel. Find the moment of resistance of this beam by LIMIT STATE METHOD.
Table: Stress in Compression Reinforcement in MPa
Grade of Steel MPa
Fe415
0.05
355
ďld Values
0.10 0.15 0.20
353 342
329
00071](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F5e4d4d09-6524-4230-88a4-1ac888de7389%2Fde1a8477-1d9a-46e2-9c3a-579a82a013d0%2F0qo04gm_processed.jpeg&w=3840&q=75)
Transcribed Image Text:An RCC beam is of 230 mm width, 500 mm overall depth. Effective cover to compression steel and
tension steel is 40 mm. Compression reinforcement consists of 2 nos. 16 mm diameter bars and
tension steel consists of 2 nos. 25 mm diameter bars. This doubly reinforced beam is made of M 20
concrete and Fe 415 steel. Find the moment of resistance of this beam by LIMIT STATE METHOD.
Table: Stress in Compression Reinforcement in MPa
Grade of Steel MPa
Fe415
0.05
355
ďld Values
0.10 0.15 0.20
353 342
329
00071
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