Tout, out Water damping, 8 Tin On Crankshaft spring constant, K Flywheel + Engine inertia, J, FIGURE P2-14 The input to the propeller system is torque, Tin and the output is the prop speed, éout- The impedances are based on torque, as the flow variable and angle as potential variable. a. Construct the impedance diagram and label all signals.

Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
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2.14. An illustration of a simple propeller system in water is shown in Figure P2-14.
Tout, out
Water damping, B
Tin Oin
Crankshaft spring constant, K
Flywheel + Engine
inertia, J,
FIGURE P2-14
The input to the propeller system is torque, Tin, and the output is the prop speed, dout. The
impedances are based on torque, as the flow variable and angle as potential variable.
a. Construct the impedance diagram and label all signals.
b. Compute the transfer function /T
Transcribed Image Text:2.14. An illustration of a simple propeller system in water is shown in Figure P2-14. Tout, out Water damping, B Tin Oin Crankshaft spring constant, K Flywheel + Engine inertia, J, FIGURE P2-14 The input to the propeller system is torque, Tin, and the output is the prop speed, dout. The impedances are based on torque, as the flow variable and angle as potential variable. a. Construct the impedance diagram and label all signals. b. Compute the transfer function /T
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