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All columns shall be designed for minimum eccentricity l/500 + d/30 = 20 mm.
Where, l = ________
d = ________.
- a)Effective length of column, Depth of column
- b)Unsupported length of column, Lateral Dimension of column
- c)Effective length of column, Lateral dimension of column
- d)Unsupported length of column, Depth of column
Correct answer is option 'B'. Can you explain this answer?
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Verified Answer
All columns shall be designed for minimum eccentricity l/500 + d/30 =...
Minimum eccentricity to be considered along a lateral dimension as per Clause 25.4 of IS 456:2000 is equal to the unsupported length of columns/500 plus lateral dimension/30, subject to a minimum of 20 mm.
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∴ l = unsupported length of column and d = lateral dimension of the column
Most Upvoted Answer
All columns shall be designed for minimum eccentricity l/500 + d/30 =...
Explanation:
Minimum Eccentricity:
- Minimum eccentricity is l/500 or d/30, whichever is greater.
- Here, l is the unsupported length of the column and d is the lateral dimension of the column.
Design of Column:
- The column should be designed to withstand the compressive load along with the bending moment caused by the eccentricity.
- The minimum eccentricity should be provided to ensure the stability and safety of the column.
Design Parameters:
- Effective Length of Column: The length of the column between the points of zero moment.
- Unsupported Length of Column: The length of the column between the points of zero moment and the point of maximum moment.
- Depth of Column: The vertical dimension of the column.
- Lateral Dimension of Column: The horizontal dimension of the column.
Answer:
- The minimum eccentricity is l/500 or d/30, whichever is greater.
- Here, l is the unsupported length of the column and d is the lateral dimension of the column.
- Therefore, the answer is option B, i.e. Unsupported length of column, Lateral Dimension of column.
Minimum Eccentricity:
- Minimum eccentricity is l/500 or d/30, whichever is greater.
- Here, l is the unsupported length of the column and d is the lateral dimension of the column.
Design of Column:
- The column should be designed to withstand the compressive load along with the bending moment caused by the eccentricity.
- The minimum eccentricity should be provided to ensure the stability and safety of the column.
Design Parameters:
- Effective Length of Column: The length of the column between the points of zero moment.
- Unsupported Length of Column: The length of the column between the points of zero moment and the point of maximum moment.
- Depth of Column: The vertical dimension of the column.
- Lateral Dimension of Column: The horizontal dimension of the column.
Answer:
- The minimum eccentricity is l/500 or d/30, whichever is greater.
- Here, l is the unsupported length of the column and d is the lateral dimension of the column.
- Therefore, the answer is option B, i.e. Unsupported length of column, Lateral Dimension of column.
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All columns shall be designed for minimum eccentricity l/500 + d/30 = 20 mm.Where, l = ________d = ________.a)Effective length of column, Depth of columnb)Unsupported length of column, Lateral Dimension of columnc)Effective length of column, Lateral dimension of columnd)Unsupported length of column, Depth of columnCorrect answer is option 'B'. Can you explain this answer?
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All columns shall be designed for minimum eccentricity l/500 + d/30 = 20 mm.Where, l = ________d = ________.a)Effective length of column, Depth of columnb)Unsupported length of column, Lateral Dimension of columnc)Effective length of column, Lateral dimension of columnd)Unsupported length of column, Depth of columnCorrect answer is option 'B'. Can you explain this answer? for Railways 2024 is part of Railways preparation. The Question and answers have been prepared according to the Railways exam syllabus. Information about All columns shall be designed for minimum eccentricity l/500 + d/30 = 20 mm.Where, l = ________d = ________.a)Effective length of column, Depth of columnb)Unsupported length of column, Lateral Dimension of columnc)Effective length of column, Lateral dimension of columnd)Unsupported length of column, Depth of columnCorrect answer is option 'B'. Can you explain this answer? covers all topics & solutions for Railways 2024 Exam. Find important definitions, questions, meanings, examples, exercises and tests below for All columns shall be designed for minimum eccentricity l/500 + d/30 = 20 mm.Where, l = ________d = ________.a)Effective length of column, Depth of columnb)Unsupported length of column, Lateral Dimension of columnc)Effective length of column, Lateral dimension of columnd)Unsupported length of column, Depth of columnCorrect answer is option 'B'. Can you explain this answer?.
All columns shall be designed for minimum eccentricity l/500 + d/30 = 20 mm.Where, l = ________d = ________.a)Effective length of column, Depth of columnb)Unsupported length of column, Lateral Dimension of columnc)Effective length of column, Lateral dimension of columnd)Unsupported length of column, Depth of columnCorrect answer is option 'B'. Can you explain this answer? for Railways 2024 is part of Railways preparation. The Question and answers have been prepared according to the Railways exam syllabus. Information about All columns shall be designed for minimum eccentricity l/500 + d/30 = 20 mm.Where, l = ________d = ________.a)Effective length of column, Depth of columnb)Unsupported length of column, Lateral Dimension of columnc)Effective length of column, Lateral dimension of columnd)Unsupported length of column, Depth of columnCorrect answer is option 'B'. Can you explain this answer? covers all topics & solutions for Railways 2024 Exam. Find important definitions, questions, meanings, examples, exercises and tests below for All columns shall be designed for minimum eccentricity l/500 + d/30 = 20 mm.Where, l = ________d = ________.a)Effective length of column, Depth of columnb)Unsupported length of column, Lateral Dimension of columnc)Effective length of column, Lateral dimension of columnd)Unsupported length of column, Depth of columnCorrect answer is option 'B'. Can you explain this answer?.
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