Situation 4: Considering the beam provided below, E = 200 GPa and I = 0.0015 m². P 1/2- -1/2- 8max 10. If the maximum deflection is limited to 20 mm only and P = 500 kN, determine the value of L. 11. If the maximum deflection is limited to 20 mm only and L = 10 meters, determine the value of P.
Situation 4: Considering the beam provided below, E = 200 GPa and I = 0.0015 m². P 1/2- -1/2- 8max 10. If the maximum deflection is limited to 20 mm only and P = 500 kN, determine the value of L. 11. If the maximum deflection is limited to 20 mm only and L = 10 meters, determine the value of P.
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
Related questions
Question
15. If M0 = 400 kNm, determine the
value of L so that the maximum
deflection is 10 mm.
16. Determine if L = 8 meters,
determine the value of M0 so that the
maximum deflection is 10 mm.
Solve for me all situations ok
Transcribed Image Text:Situation 4:
Considering the beam provided below,
E = 200 GPa and I = 0.0015 m.
P
L/2.
10. If the maximum deflection is
limited to 20 mm only and P = 500 kN,
determine the value of L.
12 m
-L/2-
11. If the maximum deflection is
limited to 20 mm only and L = 10
meters, determine the value of P.
Situation 5:
A beam shown below supports a
triangular distributed load together
with a load and moment at the end of
the overhang. The beam has the cross-
section given and is made from steel
with E 200 GPa.
50 kN/m
8max
Mo
40 KN
B
60 kN-m
12. Assuming all loads are increased
by 10%, Determine the
deflection
maximum
►T
13. Assuming all loads are decreased
by 15%, Determine the maximum
deflection.
M₂
C
190 20 190
14. Assuming the triangular load were
increased by 15% and the concentrated
load and moment were increased by 30%,
Determine the maximum deflection.
Situation 6:
Considering the beam provided: EI =
400 MNM².
Beam Cross-Section
(all dimensions in mm)
10
D
380
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