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The applications of linear induction machines (LIM) in propulsion have been investigated vastly in the past few decades. The advantages of LIM when applied in the propulsion system are that of easy maintenance and high acceleration/deceleration, to name a few. One of the applications is to combine the LIM with magnetically levitated system (Maglev) to achieve frictionless transportation system. However,...
Application of linear induction machines (LIM) for electric propulsion have been investigated intensively in the past few decades. The advantages of LIM as applied in the propulsion system include easy maintenance, high acceleration/deceleration, and low cost to name a few. One of the active areas of research is aimed at combining the LIM with magnetically levitated system (Maglev) to achieve frictionless...
Linear induction machines (LIM) have shown their advantages in high speed propulsion in a variety of applications, such as military, and transportation. Implementation of vector control to achieve position, speed, and force control in linear induction machines has been a focal area of research for the past decade. However, due to the trailing eddy current effects and magnetic asymmetry effects, vector...
Aapplications of linear induction machines (LIM) in electric propulsion have been investigated in the past few decades. The advantages of LIM to be applied in the propulsion include easy maintenance and high acceleration/deceleration to name a few. One of the applications is to combine the LIM with Maglev to achieve frictionless propulsion system. Using Finite Element Analysis (FEA), it has been found...
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