A bridge 10-m wide is to be placed across a proposed underpass. This underpass is designed to have a grade of -4% and an ascending grade of +8%, where its vertex will be located at 4+420 with an elevation of 140m. It is required that the centerline of the bridge is exactly placed above the vertex of the curve, its bottom elevation is 148.10m and it should have a minimum vertical clearance of 6m under it. a) Determine the length of the vertical parabolic curve. b) Determine the location of the lowest point of the curve. c) Determine the elevation of the lowest point. d) Determine the stationing and elevation of PC. e) Determine the stationing and elevation of PT.
A bridge 10-m wide is to be placed across a proposed underpass. This underpass is designed to have a grade of -4% and an ascending grade of +8%, where its vertex will be located at 4+420 with an elevation of 140m. It is required that the centerline of the bridge is exactly placed above the vertex of the curve, its bottom elevation is 148.10m and it should have a minimum vertical clearance of 6m under it. a) Determine the length of the vertical parabolic curve. b) Determine the location of the lowest point of the curve. c) Determine the elevation of the lowest point. d) Determine the stationing and elevation of PC. e) Determine the stationing and elevation of PT.
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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Transcribed Image Text:A bridge 10-m wide is to be placed across a
proposed underpass. This underpass is designed
to have a grade of -4% and an ascending grade of
+8%, where its vertex will be located at 4+420 with
an elevation of 140m. It is required that the
centerline of the bridge is exactly placed above
the vertex of the curve, its bottom elevation is
148.10m and it should have a minimum vertical
clearance of 6m under it.
a) Determine the length of the vertical parabolic
curve.
b) Determine the location of the lowest point of
the
curve.
c) Determine the elevation of the lowest point.
d) Determine the stationing and elevation of PC.
e) Determine the stationing and elevation of PT.
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