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In Lane’s weighted creep theory, he suggested a weightage factor ____
- a)1/3 for horizontal creep and 1.0 for vertical creep
- b)1/3 for vertical creep and 1.0 for horizontal creep
- c)2/3 for horizontal creep and 1/3 for horizontal creep
- d)2/3 for vertical creep and 1/3 for horizontal creep
Correct answer is option 'A'. Can you explain this answer?
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Most Upvoted Answer
In Lane’s weighted creep theory, he suggested a weightage factor...
Explanation:
Lane's Weighted Creep Theory:
Lane's weighted creep theory is used to calculate the total creep in a structure by considering both horizontal and vertical creep. In this theory, Lane suggested a weightage factor to account for the different contributions of horizontal and vertical creep.
Weightage Factor:
In Lane's weighted creep theory, he proposed a weightage factor of 1/3 for horizontal creep and 1.0 for vertical creep. This means that the contribution of horizontal creep is considered to be one-third of the vertical creep in the total creep calculation.
Calculation:
To calculate the total creep in a structure using Lane's weighted creep theory, the horizontal creep is multiplied by 1/3 and the vertical creep is multiplied by 1.0. The sum of these two values gives the total creep in the structure.
Example:
For example, if the horizontal creep in a structure is 3 mm and the vertical creep is 5 mm, the total creep can be calculated as follows:
Total Creep = (Horizontal Creep * 1/3) + (Vertical Creep * 1.0)
Total Creep = (3 * 1/3) + (5 * 1.0)
Total Creep = 1 + 5
Total Creep = 6 mm
Conclusion:
Lane's weighted creep theory provides a method to account for the different contributions of horizontal and vertical creep in the total creep calculation of a structure. By using the weightage factors suggested by Lane, engineers can more accurately estimate the total creep and design structures accordingly.
Lane's Weighted Creep Theory:
Lane's weighted creep theory is used to calculate the total creep in a structure by considering both horizontal and vertical creep. In this theory, Lane suggested a weightage factor to account for the different contributions of horizontal and vertical creep.
Weightage Factor:
In Lane's weighted creep theory, he proposed a weightage factor of 1/3 for horizontal creep and 1.0 for vertical creep. This means that the contribution of horizontal creep is considered to be one-third of the vertical creep in the total creep calculation.
Calculation:
To calculate the total creep in a structure using Lane's weighted creep theory, the horizontal creep is multiplied by 1/3 and the vertical creep is multiplied by 1.0. The sum of these two values gives the total creep in the structure.
Example:
For example, if the horizontal creep in a structure is 3 mm and the vertical creep is 5 mm, the total creep can be calculated as follows:
Total Creep = (Horizontal Creep * 1/3) + (Vertical Creep * 1.0)
Total Creep = (3 * 1/3) + (5 * 1.0)
Total Creep = 1 + 5
Total Creep = 6 mm
Conclusion:
Lane's weighted creep theory provides a method to account for the different contributions of horizontal and vertical creep in the total creep calculation of a structure. By using the weightage factors suggested by Lane, engineers can more accurately estimate the total creep and design structures accordingly.
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In Lane’s weighted creep theory, he suggested a weightage factor...
A weightage factor of 1/3 is proposed by Lane for horizontal creep and 1.0 for vertical creep. The weighted creep length –
L = (1/3) B + V where B = sum of horizontal contacts and sloping contacts less than 45° to the horizontal and V = sum of vertical contacts and sloping contacts greater than 45° to the horizontal.
L = (1/3) B + V where B = sum of horizontal contacts and sloping contacts less than 45° to the horizontal and V = sum of vertical contacts and sloping contacts greater than 45° to the horizontal.
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In Lane’s weighted creep theory, he suggested a weightage factor ____a)1/3 for horizontal creep and 1.0 for vertical creepb)1/3 for vertical creep and 1.0 for horizontal creepc)2/3 for horizontal creep and 1/3 for horizontal creepd)2/3 for vertical creep and 1/3 for horizontal creepCorrect answer is option 'A'. Can you explain this answer?
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