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An elevated structure with total weight of 10,000 kN is supported on tower with 4 legs. The legs rest on piers
located at corners of square 6m on aside. What is the vertical stress increment due to loading at a point 7m
beneath the centre of the structure is
located at corners of square 6m on aside. What is the vertical stress increment due to loading at a point 7m
beneath the centre of the structure is
__________________ kN/m2
Correct answer is between '44.0,45.0'. Can you explain this answer?
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An elevated structure with total weight of 10,000 kN is supported on t...
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An elevated structure with total weight of 10,000 kN is supported on t...
Given:
Total weight of the structure = 10,000 kN
Length of one side of square pier = 6 m
Distance of point from the center of the structure = 7 m
To find:
Vertical stress increment at a point 7 m beneath the center of the structure
Solution:
1. Calculation of load on each leg of the tower
Total load on the structure = 10,000 kN
Number of legs supporting the structure = 4
Load on each leg = Total load/Number of legs = 10,000/4 = 2,500 kN
2. Calculation of area of one pier
Length of one side of square pier = 6 m
Area of pier = Length of side^2 = 6^2 = 36 m^2
3. Calculation of pressure on each pier
Load on each leg = 2,500 kN
Number of piers supporting each leg = 1
Total area of piers supporting each leg = Area of one pier = 36 m^2
Pressure on each pier = Load/Area = 2,500/36 = 69.44 kN/m^2
4. Calculation of stress increment at the given point
Distance of point from the center of the structure = 7 m
Length of one side of square pier = 6 m
Depth of the given point from the top of the pier = 7 - 6 = 1 m
Vertical stress increment at the given point = Pressure × Depth = 69.44 × 1 = 69.44 kN/m^2
Therefore, the correct answer is between 44.0 and 45.0.
Total weight of the structure = 10,000 kN
Length of one side of square pier = 6 m
Distance of point from the center of the structure = 7 m
To find:
Vertical stress increment at a point 7 m beneath the center of the structure
Solution:
1. Calculation of load on each leg of the tower
Total load on the structure = 10,000 kN
Number of legs supporting the structure = 4
Load on each leg = Total load/Number of legs = 10,000/4 = 2,500 kN
2. Calculation of area of one pier
Length of one side of square pier = 6 m
Area of pier = Length of side^2 = 6^2 = 36 m^2
3. Calculation of pressure on each pier
Load on each leg = 2,500 kN
Number of piers supporting each leg = 1
Total area of piers supporting each leg = Area of one pier = 36 m^2
Pressure on each pier = Load/Area = 2,500/36 = 69.44 kN/m^2
4. Calculation of stress increment at the given point
Distance of point from the center of the structure = 7 m
Length of one side of square pier = 6 m
Depth of the given point from the top of the pier = 7 - 6 = 1 m
Vertical stress increment at the given point = Pressure × Depth = 69.44 × 1 = 69.44 kN/m^2
Therefore, the correct answer is between 44.0 and 45.0.
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An elevated structure with total weight of 10,000 kN is supported on tower with 4 legs. The legs rest on pierslocated at corners of square 6m on aside. What is the vertical stress increment due to loading at a point 7mbeneath the centre of the structure is__________________ kN/m2Correct answer is between '44.0,45.0'. Can you explain this answer?
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An elevated structure with total weight of 10,000 kN is supported on tower with 4 legs. The legs rest on pierslocated at corners of square 6m on aside. What is the vertical stress increment due to loading at a point 7mbeneath the centre of the structure is__________________ kN/m2Correct answer is between '44.0,45.0'. 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 An elevated structure with total weight of 10,000 kN is supported on tower with 4 legs. The legs rest on pierslocated at corners of square 6m on aside. What is the vertical stress increment due to loading at a point 7mbeneath the centre of the structure is__________________ kN/m2Correct answer is between '44.0,45.0'. 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 An elevated structure with total weight of 10,000 kN is supported on tower with 4 legs. The legs rest on pierslocated at corners of square 6m on aside. What is the vertical stress increment due to loading at a point 7mbeneath the centre of the structure is__________________ kN/m2Correct answer is between '44.0,45.0'. Can you explain this answer?.
An elevated structure with total weight of 10,000 kN is supported on tower with 4 legs. The legs rest on pierslocated at corners of square 6m on aside. What is the vertical stress increment due to loading at a point 7mbeneath the centre of the structure is__________________ kN/m2Correct answer is between '44.0,45.0'. 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 An elevated structure with total weight of 10,000 kN is supported on tower with 4 legs. The legs rest on pierslocated at corners of square 6m on aside. What is the vertical stress increment due to loading at a point 7mbeneath the centre of the structure is__________________ kN/m2Correct answer is between '44.0,45.0'. 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 An elevated structure with total weight of 10,000 kN is supported on tower with 4 legs. The legs rest on pierslocated at corners of square 6m on aside. What is the vertical stress increment due to loading at a point 7mbeneath the centre of the structure is__________________ kN/m2Correct answer is between '44.0,45.0'. Can you explain this answer?.
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