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In the limit state method, balanced design of a reinforced concrete beam gives
- a)smallest concrete section and maximum area of reinforcement
- b)largest concrete section and maximum area of reinforcement
- c)smallest concrete section and minimum area of reinforcement
- d)largest concrete section and minimum area of reinforcement
Correct answer is option 'A'. Can you explain this answer?
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In the limit state method, balanced design of a reinforced concrete be...
Balanced Design means both concrete and steel will fail at the same time. Thus, it gives optimum smallest concrete section for a given reinforcement and maximum reinforcement for a given concrete section.
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In the limit state method, balanced design of a reinforced concrete be...
Limit State Method - Balanced Design of a Reinforced Concrete Beam
The limit state method is a widely used approach for designing reinforced concrete structures. In this method, the design is based on the concept of limit states, which are the conditions beyond which the structure would fail. One of the important aspects of the design of reinforced concrete beams is to achieve a balance between the strength of the concrete and the strength of the reinforcement. This balance is known as the balanced design of a reinforced concrete beam.
Smallest Concrete Section and Maximum Area of Reinforcement
The balanced design of a reinforced concrete beam requires that the concrete and reinforcement should reach their ultimate strength at the same time. This means that the beam should fail due to the yielding of the reinforcement rather than the crushing of the concrete. In order to achieve this balance, the design should aim to use the minimum amount of concrete and the maximum amount of reinforcement possible.
Therefore, the correct answer to the given question is option 'A', which states that the balanced design of a reinforced concrete beam gives the smallest concrete section and maximum area of reinforcement. This design approach ensures that the beam is strong enough to resist the applied loads and also provides better utilization of materials, resulting in an economical design.
Conclusion
In conclusion, the balanced design of a reinforced concrete beam is an important aspect of the design process. The use of the limit state method and achieving the balance between the strength of the concrete and reinforcement can lead to an economical and efficient design. The design should aim to use the minimum amount of concrete and the maximum amount of reinforcement possible, which results in the smallest concrete section and maximum area of reinforcement.
The limit state method is a widely used approach for designing reinforced concrete structures. In this method, the design is based on the concept of limit states, which are the conditions beyond which the structure would fail. One of the important aspects of the design of reinforced concrete beams is to achieve a balance between the strength of the concrete and the strength of the reinforcement. This balance is known as the balanced design of a reinforced concrete beam.
Smallest Concrete Section and Maximum Area of Reinforcement
The balanced design of a reinforced concrete beam requires that the concrete and reinforcement should reach their ultimate strength at the same time. This means that the beam should fail due to the yielding of the reinforcement rather than the crushing of the concrete. In order to achieve this balance, the design should aim to use the minimum amount of concrete and the maximum amount of reinforcement possible.
Therefore, the correct answer to the given question is option 'A', which states that the balanced design of a reinforced concrete beam gives the smallest concrete section and maximum area of reinforcement. This design approach ensures that the beam is strong enough to resist the applied loads and also provides better utilization of materials, resulting in an economical design.
Conclusion
In conclusion, the balanced design of a reinforced concrete beam is an important aspect of the design process. The use of the limit state method and achieving the balance between the strength of the concrete and reinforcement can lead to an economical and efficient design. The design should aim to use the minimum amount of concrete and the maximum amount of reinforcement possible, which results in the smallest concrete section and maximum area of reinforcement.
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In the limit state method, balanced design of a reinforced concrete beam givesa)smallest concrete section and maximum area of reinforcementb)largest concrete section and maximum area of reinforcementc)smallest concrete section and minimum area of reinforcementd)largest concrete section and minimum area of reinforcementCorrect answer is option 'A'. Can you explain this answer?
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In the limit state method, balanced design of a reinforced concrete beam givesa)smallest concrete section and maximum area of reinforcementb)largest concrete section and maximum area of reinforcementc)smallest concrete section and minimum area of reinforcementd)largest concrete section and minimum area of reinforcementCorrect answer is option 'A'. Can you explain this answer? for Civil Engineering (CE) 2024 is part of Civil Engineering (CE) preparation. The Question and answers have been prepared according to the Civil Engineering (CE) exam syllabus. Information about In the limit state method, balanced design of a reinforced concrete beam givesa)smallest concrete section and maximum area of reinforcementb)largest concrete section and maximum area of reinforcementc)smallest concrete section and minimum area of reinforcementd)largest concrete section and minimum area of reinforcementCorrect answer is option 'A'. Can you explain this answer? covers all topics & solutions for Civil Engineering (CE) 2024 Exam. Find important definitions, questions, meanings, examples, exercises and tests below for In the limit state method, balanced design of a reinforced concrete beam givesa)smallest concrete section and maximum area of reinforcementb)largest concrete section and maximum area of reinforcementc)smallest concrete section and minimum area of reinforcementd)largest concrete section and minimum area of reinforcementCorrect answer is option 'A'. Can you explain this answer?.
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