9-39. Solve Prob. 9-38 using Castigliano's theorem. M 1 The moment function is shown in Fig. a. Here = -x. Also, set P= 0, then WOL M = 4 Ac ・I²M(² = WO 3L WOL4 120EI x³. Thus aM dx OP EI ↓ JP WO X ( ( + - ++) (+) 4 3L Jo ΕΙ = 2 dx + WOL M = £ x +w+ ²x - Wo x ³ 3 3² V Wo 1/1/22 P Wo رمان (a) B 31/12 £+ N WOL
9-39. Solve Prob. 9-38 using Castigliano's theorem. M 1 The moment function is shown in Fig. a. Here = -x. Also, set P= 0, then WOL M = 4 Ac ・I²M(² = WO 3L WOL4 120EI x³. Thus aM dx OP EI ↓ JP WO X ( ( + - ++) (+) 4 3L Jo ΕΙ = 2 dx + WOL M = £ x +w+ ²x - Wo x ³ 3 3² V Wo 1/1/22 P Wo رمان (a) B 31/12 £+ N WOL
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
Section: Chapter Questions
Problem 1.1MA
Related questions
Question
DEVELOP THE FOLLOWING CASTIGLIANO THEOREM EXERCISE STEP BY STEP, PLACING THE MISSING STEPS
![9-39. Solve Prob. 9-38 using Castigliano's theorem.
The moment function is shown in Fig. a. Here
WOL
M =
4
-x-
=
Wo
3L
³. Thus
WOL
X
OM dx
4
Ac =
- [~ (~~) - ² / (+-+-+
M
= 2
OPEI
JO
WOL4
120EI
Wo
-x³
3L
ΕΙ
OM 1
aP
=
2.x.
dx
Also, set P = 0, then
£+
M=£x+ w/² x - W₁² x ³
Wo
WOL
Wo
JR
P
Wo
(a)
B
اد
½/22 wol
€ +W](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F9e4fdfb9-3c00-4b1f-b4f4-b7cd4fa3e045%2Fdb750151-0d75-4c08-b770-c6e4b19c86f2%2F8rt6lfp_processed.jpeg&w=3840&q=75)
Transcribed Image Text:9-39. Solve Prob. 9-38 using Castigliano's theorem.
The moment function is shown in Fig. a. Here
WOL
M =
4
-x-
=
Wo
3L
³. Thus
WOL
X
OM dx
4
Ac =
- [~ (~~) - ² / (+-+-+
M
= 2
OPEI
JO
WOL4
120EI
Wo
-x³
3L
ΕΙ
OM 1
aP
=
2.x.
dx
Also, set P = 0, then
£+
M=£x+ w/² x - W₁² x ³
Wo
WOL
Wo
JR
P
Wo
(a)
B
اد
½/22 wol
€ +W
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