Control of nonlinear dynamics of electromechanical systems

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CONTENTS


INTRODUCTION
Main part
Problem statement …………………………………………................................. 3
Solution…...……………………………………………………........................... 4
Simulation results……………………………………….......................................5
CONCLUSION

CONTENTS INTRODUCTION Main part Problem statement …………………………………………................................. 3 Solution…...……………………………………………………........................... 4 Simulation results……………………………………….......................................5 CONCLUSION

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1 Problem statement

1 Problem statement

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2 Solution


2 Solution

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3 Simulation results


3 Simulation results

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3 Simulation results


3 Simulation results

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3 Simulation results


3 Simulation results

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3 Simulation results


3 Simulation results

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3 Simulation results


This expression shows that when controlling the flux linkage, the

3 Simulation results This expression shows that when controlling the flux linkage,
linearization conditions can be r fined, thereby ensuring high quality regulation.

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3 Simulation results


3 Simulation results

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Conclusion

In conclusion, the proposed method for analyzing processes in an asynchronous drive

Conclusion In conclusion, the proposed method for analyzing processes in an asynchronous
with frequency control according to changing transfer functions and frequency characteristic made it possible to propose an effective correction, in terms of controllability of a nonlinear dynamic structure, allowing increase its effectiveness.
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