Example 3 The rigid output shaft of a diesel engine prime mover is running at known angular velocity 2(t). It is connected through a friction clutch to a flexible shaft, which in turn drives a hydraulic pump (see Figure below(a)). A linear model for this system is shown schematically in Figure below(b). B K K 01 B2 (a) (b) K B, (2-0,) (c)
Example 3 The rigid output shaft of a diesel engine prime mover is running at known angular velocity 2(t). It is connected through a friction clutch to a flexible shaft, which in turn drives a hydraulic pump (see Figure below(a)). A linear model for this system is shown schematically in Figure below(b). B K K 01 B2 (a) (b) K B, (2-0,) (c)
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Transcribed Image Text:Example 3
The rigid output shaft of a diesel engine prime mover is running at known angular velocity 2(t).
It is connected through a friction clutch to a flexible shaft, which in turn drives a hydraulic pump
(see Figure below(a)). A linear model for this system is shown schematically in Figure below(b).
B1
B
K
K
J
Ω
(a)
(b)
K
B, (2- 0,)
(c)
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