In this article, a new supertwisting sliding mode direct thrust control (NSTSM-DTC) scheme
is proposed to improve the dynamic response, robustness ability of the linear induction …

In this study, the analysis and control of a multi-phase linear induction motor loaded with a
variable mechanical system are carried out. Mathematical models are established, and …

This article describes the analysis and control of a variable mechanical load that uses a
three-phase linear induction motor (TLIM) fed by perovskite solar cells. The TLIM dynamic …

The main purpose for the execution of this strategy is to control the linear induction
machines (LIMs) over the rated linear speed. This is developed by one field weakening by …

This paper proposes a new method for improving the performance of grid-connected single-
stage Quadratic Boost Inverters (QBIs). Compared to the other single-stage boosting …

This paper proposes a high-performance of the doubly-fed induction generator (DFIG)
propelled with a wind turbine (WT) for rural areas. The proposed control methods aim at …

The traditional finite control set-model predictive thrust control (FCS-MPTC) method for
linear induction machines (LIMs) needs to find appropriate weighting factor (WF) for …

This paper emphasizes improving the control algorithm for speed regulation of the linear
induction machine (LIM) used in the linear metro application. The main objective is to …

The computational burden represents a challenge nowadays, especially with the
advancement of new control techniques, such as model predictive control. Therefore, this …

In this paper, a terminal sliding-mode (TSM) speed regulation algorithm is proposed to
enhance the transient characteristics of the linear induction motor (LIM) drive system …