Thesis: Robust Control of Inertia Mismatch in Industrial Servos
Robust Control of Inertia Mismatch in Industrial Servos (Cairo, 2012)
Abstract
There are a number of challenging factors that influence the performance of the industrial servo systems. One of these factors is the inertia mismatch btween the motor and the load. Another problem is the variable-inertia load. This thesis applies a robust control tool called µ-synthesis to design a controller which deals with the uncertainty of the inertia in the load.
Different practical experiments are presented to investigate the effect of some parameters in the synthesis process on the performance of the synthesized controller. Also simulations are included to introduce different values of inertia mismatch and study the effect of increasing inertia mismatch on the servo system performance.
Keywords
Inertia mismatch, variable inertia, servo system, robust control, µ-synthesis, PMSM.
By: Ahmed Ramadan Lotfy Ramadan
Supervised by: Prof. Farid Abdel Aziz Tolba
Prof. Magdy M. Abdelhameed
Abstract
There are a number of challenging factors that influence the performance of the industrial servo systems. One of these factors is the inertia mismatch btween the motor and the load. Another problem is the variable-inertia load. This thesis applies a robust control tool called µ-synthesis to design a controller which deals with the uncertainty of the inertia in the load.
Different practical experiments are presented to investigate the effect of some parameters in the synthesis process on the performance of the synthesized controller. Also simulations are included to introduce different values of inertia mismatch and study the effect of increasing inertia mismatch on the servo system performance.
Keywords
Inertia mismatch, variable inertia, servo system, robust control, µ-synthesis, PMSM.
By: Ahmed Ramadan Lotfy Ramadan
Supervised by: Prof. Farid Abdel Aziz Tolba
Prof. Magdy M. Abdelhameed