For the beam and loading shown, P-76 kN, L=10 m, E-200 GPa and 1=290x106 mm4. Determine the slope and deflection at C. A L/2 W = P L B 1 P ★ L/2 C

Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
Section: Chapter Questions
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P

Superposition principle
If we superpose the solution for the statically derminate beam into (1)+(II) as,
A
L/2
w=
B
P
L
-L/2
C
(mm) (↓)
(degree)
=
A
L/2
w=
B
P
L
★
(I)
-L/2
(a) () is case 2 in App. F
(b) (II) is not in App. F (Note: From 9.1 (II) is a complex beam, whie all cantilever beams in App. F are simple beams)
Slope and deflection for (!)
For (1),
(a) the deflection at C is given as YCIF
(b) the slope (Mangle) at Cis OCIF
C +
A
L/2
B
P
(II)
Transcribed Image Text:Superposition principle If we superpose the solution for the statically derminate beam into (1)+(II) as, A L/2 w= B P L -L/2 C (mm) (↓) (degree) = A L/2 w= B P L ★ (I) -L/2 (a) () is case 2 in App. F (b) (II) is not in App. F (Note: From 9.1 (II) is a complex beam, whie all cantilever beams in App. F are simple beams) Slope and deflection for (!) For (1), (a) the deflection at C is given as YCIF (b) the slope (Mangle) at Cis OCIF C + A L/2 B P (II)
For the beam and loading shown, P-76 kN, L=10 m, E-200 GPa and 1=290x106 mm4. Determine the slope and deflection
at C.
A
W
P
L
B
"P
P
L/2 ———L/2-
C
Transcribed Image Text:For the beam and loading shown, P-76 kN, L=10 m, E-200 GPa and 1=290x106 mm4. Determine the slope and deflection at C. A W P L B "P P L/2 ———L/2- C
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