Civil Engineering - Highway Engineering - Discussion
Discussion Forum : Highway Engineering - Section 5 (Q.No. 29)
29.
If L is the length of the transition curves provided on either side of a circular curve of radius R, the maximum angle of deflection with tangent for the junctions of the transition curve and circular curve, is
Discussion:
8 comments Page 1 of 1.
Kashar khan said:
6 years ago
Its L/6R.
Harsh Shukla said:
7 years ago
Shift(S)=L^2/24R.
Max angle of deflection with tangent for the junctions of transition curve and circular curve = 4S.
4S = 4 * L^2/24R = L^2/6R.
Answer = None of These.
Max angle of deflection with tangent for the junctions of transition curve and circular curve = 4S.
4S = 4 * L^2/24R = L^2/6R.
Answer = None of These.
(2)
Ashu said:
7 years ago
Agree @Gubendhiran.
It is 4 times shift.
It is 4 times shift.
Garry said:
8 years ago
Ans is L/2R
Because α =l^2/6RL
φ=α/3.
Because α =l^2/6RL
φ=α/3.
Garry said:
8 years ago
Correct answer should be option B.
Gubendhiran said:
8 years ago
The angle of deflection with tangent for the junctions of the transition curve and the circular curve is =L/(6R) or =L^2/(6LR).
(1)
Jogendra said:
9 years ago
Please answer it with the clear description.
Viky said:
9 years ago
What is the maximum angle? Please answer it.
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