This works presents the simulation and validation of the thermal, electrical and mechanical
models of a three-phase induction motor (TIM). Fiber Bragg grating (FBG) sensors are used …

Mechanical and electrical forces of a three-phase induction motor (TIM), in operation, can
cause strain in the stator, which may lead to frustrating vibration problems. These problems …

The induction machine efficiency optimization issue is the subject of many contributions in
the literature. Few solutions, have shown interest in the rapidity-stability dilemma regarding …

This article introduces a robust energy efficient control method for induction motor (IM) drives
operating in indirect rotor field oriented control (IRFOC) regime. Among all the online …

This article presents a simple, practical, and low-cost implementation of a power losses
minimization algorithm for three-phase induction motors taking also into account both iron …

The control strategy is an essential element in the improvement of electric motor energy
efficiency through flux adaptation, according to the operating conditions. Therefore, the goal …

The operation of variable-speed ac drives with loss-minimizing flux strategies can produce
important energy savings without the need of any investment. This paper proposes …

This article introduces a new online loss-model controller (LMC) for maximum efficiency
operation of rotor-field oriented induction motor (IM) drives. The satisfactory performance of …

This paper proposes a control strategy for energy efficiency improvement of three-phase
induction motors (TIM). The main control is based on the indirect field-oriented approach. A …

The vibration in Three-Phase Induction Motors (TIM) is due to mechanical and electrical
forces existing during the motor operation. Vibration problems in induction motors can be …