Civil Engineering (CE) Exam > Civil Engineering (CE) Questions > In designing rectangular combined footing ___...
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In designing rectangular combined footing _________ should be adopted as the design value.
- a)Stress distribution
- b)Compression index
- c)Maximum bending moment
- d)Safe bearing pressure
Correct answer is option 'C'. Can you explain this answer?
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In designing rectangular combined footing _________ should be adopted ...
Maximum Bending Moment should be adopted as the design value in designing rectangular combined footing.
The maximum bending moment is a critical parameter in the design of combined footings as it determines the structural capacity of the footing to resist bending stresses. This value is crucial in ensuring the stability and safety of the foundation under various loading conditions.
Importance of Maximum Bending Moment in Design
- The maximum bending moment helps in determining the required reinforcement and dimensions of the combined footing.
- It indicates the point of maximum stress distribution in the footing, which is essential for ensuring structural stability.
- By considering the maximum bending moment, engineers can optimize the design to meet the required safety factors and load capacities.
Design Considerations
- Engineers need to calculate the maximum bending moment based on the applied loads, dimensions of the footing, and soil properties.
- The design value should be selected based on the most critical loading scenario to ensure the footing's structural integrity.
- By analyzing the maximum bending moment, engineers can assess the potential failure modes and design the footing accordingly.
In conclusion, the maximum bending moment is a fundamental parameter in the design of rectangular combined footings. By adopting this value as the design criterion, engineers can ensure the safety and stability of the structure while optimizing the design for efficient load distribution.
The maximum bending moment is a critical parameter in the design of combined footings as it determines the structural capacity of the footing to resist bending stresses. This value is crucial in ensuring the stability and safety of the foundation under various loading conditions.
Importance of Maximum Bending Moment in Design
- The maximum bending moment helps in determining the required reinforcement and dimensions of the combined footing.
- It indicates the point of maximum stress distribution in the footing, which is essential for ensuring structural stability.
- By considering the maximum bending moment, engineers can optimize the design to meet the required safety factors and load capacities.
Design Considerations
- Engineers need to calculate the maximum bending moment based on the applied loads, dimensions of the footing, and soil properties.
- The design value should be selected based on the most critical loading scenario to ensure the footing's structural integrity.
- By analyzing the maximum bending moment, engineers can assess the potential failure modes and design the footing accordingly.
In conclusion, the maximum bending moment is a fundamental parameter in the design of rectangular combined footings. By adopting this value as the design criterion, engineers can ensure the safety and stability of the structure while optimizing the design for efficient load distribution.
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Community Answer
In designing rectangular combined footing _________ should be adopted ...
The maximum bending moment should be adopted as the design value for the reinforced concrete rectangular footing, which should also be checked for maximum shear and bond etc.
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In designing rectangular combined footing _________ should be adopted as the design value.a)Stress distributionb)Compression indexc)Maximum bending momentd)Safe bearing pressureCorrect answer is option 'C'. Can you explain this answer?
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