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The maximum unit pressure that soil can withstand without rupture in shear or with the excessive settlement, so the structure is called.
- a)Ultimate bearing capacity
- b)Safe Bearing capacity
- c)Allowable bearing capacity
- d)All of the above
Correct answer is option 'C'. Can you explain this answer?
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The maximum unit pressure that soil can withstand without rupture in ...
The allowable bearing pressure is the smaller of the safe bearing capacity and safe settlement pressure. At this, there is no shearing failure, and the settlement is within limits.
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The maximum unit pressure that soil can withstand without rupture in ...
The maximum unit pressure that soil can withstand without rupture in shear or with excessive settlement is known as the bearing capacity of soil. It is an important consideration in the design of foundations and other structures that bear loads on the ground. The bearing capacity of soil can be determined through various methods, including laboratory tests, field tests, and empirical formulas.
There are three types of bearing capacity, which are:
1. Ultimate bearing capacity: It is the maximum pressure that can be applied on the soil before failure occurs. This type of bearing capacity is usually determined through laboratory tests and is used in the design of deep foundations.
2. Safe bearing capacity: It is the maximum pressure that can be applied on the soil without causing shear failure or excessive settlement. This type of bearing capacity is used in the design of shallow foundations and is determined through field tests.
3. Allowable bearing capacity: It is the safe bearing capacity divided by a factor of safety. This type of bearing capacity is used in the design of foundations and is determined through empirical formulas.
Therefore, option 'C' (Allowable bearing capacity) is the correct answer as it represents the maximum pressure that can be applied on the soil without causing shear failure or excessive settlement, taking into account a factor of safety.
There are three types of bearing capacity, which are:
1. Ultimate bearing capacity: It is the maximum pressure that can be applied on the soil before failure occurs. This type of bearing capacity is usually determined through laboratory tests and is used in the design of deep foundations.
2. Safe bearing capacity: It is the maximum pressure that can be applied on the soil without causing shear failure or excessive settlement. This type of bearing capacity is used in the design of shallow foundations and is determined through field tests.
3. Allowable bearing capacity: It is the safe bearing capacity divided by a factor of safety. This type of bearing capacity is used in the design of foundations and is determined through empirical formulas.
Therefore, option 'C' (Allowable bearing capacity) is the correct answer as it represents the maximum pressure that can be applied on the soil without causing shear failure or excessive settlement, taking into account a factor of safety.
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The maximum unit pressure that soil can withstand without rupture in shear or with the excessive settlement, so the structure is called.a)Ultimate bearing capacityb)Safe Bearing capacityc)Allowable bearing capacityd)All of the aboveCorrect answer is option 'C'. Can you explain this answer?
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