In the system whose loading status is given in FIGURE 2, taking into account only the bending effects, with "Double Integration" method; a) Cross section rotation of the beam at B point (BB) in radian unit, b) Calculate the vertical displacement (yc) of the beam at point C in mm. Beam bending stiffness (EI) is constant along the rod and its value is 10000 tm2. distributed load(q)=8t/m a=2m b=3m
In the system whose loading status is given in FIGURE 2, taking into account only the bending effects, with "Double Integration" method; a) Cross section rotation of the beam at B point (BB) in radian unit, b) Calculate the vertical displacement (yc) of the beam at point C in mm. Beam bending stiffness (EI) is constant along the rod and its value is 10000 tm2. distributed load(q)=8t/m a=2m b=3m
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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In the system whose loading status is given in FIGURE 2, taking into account only the bending effects, with "Double Integration" method;
a) Cross section rotation of the beam at B point (BB) in radian unit,
b) Calculate the vertical displacement (yc) of the beam at point C in mm.
Beam bending stiffness (EI) is constant along the rod and its value is 10000 tm2.
distributed load(q)=8t/m
a=2m
b=3m
Transcribed Image Text:C
B
q (t/m)
a (m)
b (m)
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