Chapter 8 Conclusions and Future Work
8.2 Recommendations for Future Work
A further investigation would be worth understanding on the application of this model in determining the damping and synchronizing torque coefficients for a wide range of motors with different power ratings for several speed variations range from 1 rad/sec to 10 rad/sec. This would allow general trends in the damping and synchronous torque coefficients to be understood and possibly enable simplistic empirically based values to be recommended for a range of industrial motors.
A detailed study on choosing the optimum inertia to reduce the pulsating speed to within safe limits for a range of general industrial dynamic loads could also be done using this model along with a formal optimization method.
The work demonstrated in Chapter seven to choose the size of the additional inertia to be connected to the correct rating of a cage rotor induction motor that delivers a torque equal to the average of the load cycle could be considered as preliminary work to be extended to cover any cage rotor induction motor with any reciprocating compressor load. It can help in choosing a correct rate of cage rotor induction motor when it derives a pulsating load with the aid of the additional inertia.
173
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