Figure Q3(a) shows an overhung beam AB that is subjected to point loads, P. The cross section of  the beam illustrated in Figure Q3(b), and the material behaves linearly elastic-perfectly plastic  with yield strength of 250 MPa. Taking the values of L = 2 m, and a = 1.2 m: a) Calculate the shape factor of the beam cross section.

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Figure Q3(a) shows an overhung beam AB that is subjected to point loads, P. The cross section of 
the beam illustrated in Figure Q3(b), and the material behaves linearly elastic-perfectly plastic 
with yield strength of 250 MPa. Taking the values of L = 2 m, and a = 1.2 m:
a) Calculate the shape factor of the beam cross section.
b) Calculate the load, Pp that will cause the beam to collapse (fully plastic) at the most 
critical location.
c) What is the yielded length when the load, Pp in part (b) is applied?

L
2
B-
Figure Q3(a)
All Thickness 10 mm
100 mm
NIN
150 mm
Transcribed Image Text:L 2 B- Figure Q3(a) All Thickness 10 mm 100 mm NIN 150 mm
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