A gearing system as shown in Fig. Q3(c) is to be designed to control the settling time and transient behaviour by controlling the spring damper values.

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A gearing system as shown in Fig. Q3(c) is to be designed to control the settling time and transient behaviour by controlling the spring damper values.

A gearing system as shown in Fig. Q3(c) is to be designed to control the settling
time and transient behaviour by controlling the spring damper values.
T(t)
1 kg-m2
N1
1 N-m/rad
oll
N2
1 kg-m²
1 N-m-s/rad
Fig. Q3(c)
(i)
Examine the behavior of the mechanical coupling system and determine
the transfer function, G(s)=0(s)/T(s).
Examine the suitable N1/N2 ratio so that the settling time for a step
torque input is 16 seconds.
(ii)
(iii)
Identify the suitable damping factor, Č.
Transcribed Image Text:A gearing system as shown in Fig. Q3(c) is to be designed to control the settling time and transient behaviour by controlling the spring damper values. T(t) 1 kg-m2 N1 1 N-m/rad oll N2 1 kg-m² 1 N-m-s/rad Fig. Q3(c) (i) Examine the behavior of the mechanical coupling system and determine the transfer function, G(s)=0(s)/T(s). Examine the suitable N1/N2 ratio so that the settling time for a step torque input is 16 seconds. (ii) (iii) Identify the suitable damping factor, Č.
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