Derive the equations of motion of the following systems in matrix

Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
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 Derive the equations of motion of the following systems in matrix

Equation of motion is in the form of
(0)
(m) (ä) + (el(k) + (k] {x}
Where (x), (m), (c) and (k) are as follows for each system.
m1
X1
1.
[m] =
m2
(x) -
X2
m3
- K1
- k2
k + k2
- k2
Ik)
- k1
(c) -
kz + k3
--1
X1
2.
m2
X2
[m) =
(x) =
X3
4
- K.
- k1
- k2
- k3
k1 + k2
Ik] =
(e) = (0)
K3
+ k
- * 2
3.
[m] =
0.
m 2
(x) -
X2
*3
- C2
C1 + C2
- c2
c2 + C3
- C3
(e) =
- C3
+ CA
03
- K5
- k3
- *2
k2 + ks
- K2
- k5
+
k2 + k3
(k] =
- k3
k3 + k4 + k5
Transcribed Image Text:Equation of motion is in the form of (0) (m) (ä) + (el(k) + (k] {x} Where (x), (m), (c) and (k) are as follows for each system. m1 X1 1. [m] = m2 (x) - X2 m3 - K1 - k2 k + k2 - k2 Ik) - k1 (c) - kz + k3 --1 X1 2. m2 X2 [m) = (x) = X3 4 - K. - k1 - k2 - k3 k1 + k2 Ik] = (e) = (0) K3 + k - * 2 3. [m] = 0. m 2 (x) - X2 *3 - C2 C1 + C2 - c2 c2 + C3 - C3 (e) = - C3 + CA 03 - K5 - k3 - *2 k2 + ks - K2 - k5 + k2 + k3 (k] = - k3 k3 + k4 + k5
Derive the equations of motion of the following systems in matrix form.
1,
Om2
K3
Qm3
m4
k
k.
2
k5
ww
3.
k1
k2
k3
K4
m
m.
"1
C1
C2
C3
C4
2.
Transcribed Image Text:Derive the equations of motion of the following systems in matrix form. 1, Om2 K3 Qm3 m4 k k. 2 k5 ww 3. k1 k2 k3 K4 m m. "1 C1 C2 C3 C4 2.
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