s 10 KN/m², which covers the left half of the s the girder at 25 m from the left end. Find also
s 10 KN/m², which covers the left half of the s the girder at 25 m from the left end. Find also
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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
Transcribed Image Text:Example 4.6: A suspension bridge of 100 m span and roadway 6 m has two-hinged
stiffening girders supported by two cables. has dip 10 m. The D.L. of the bridge is 5
kN/m² and the L.L. is 10 KN/m², which covers the left half of the span. Determine
the S.F. and B.M. for the girder at 25 m from the left end. Find also the max. tension
in the cable for this position of load.
h 10 m
C
*25 m
""= 100 m
"We"
"h"=10 m
30 kN/m
X
"-100 m,
-15 kN/m
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