A PSC simply supported beam of length 4 m, width 200 mm and depth 200 mm is prestressed with a prestressing force of 200 kN. The beam is subjected to two concentrated loads of 10 kN each located 1 m from each support. Neglecting the dead weight of the beam, sketch the cable profile of the tendons for load balancing condition. Determine the maximum stress produced in the concrete.
A PSC simply supported beam of length 4 m, width 200 mm and depth 200 mm is prestressed with a prestressing force of 200 kN. The beam is subjected to two concentrated loads of 10 kN each located 1 m from each support. Neglecting the dead weight of the beam, sketch the cable profile of the tendons for load balancing condition. Determine the maximum stress produced in the concrete.
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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Transcribed Image Text:A PSC simply supported beam of
length 4 m, width 200 mm and
depth 200 mm is prestressed
with a prestressing force of 200
kN. The beam is subjected to two
concentrated loads of 10 kN each
located 1 m from each support.
Neglecting the dead weight of the
beam, sketch the cable profile of the
tendons for load balancing condition.
Determine the maximum stress
produced in the concrete.
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