Add to ORKGA brief review of the theory of linear reluctance machines is presented, followed by the derivation of a control algorithm capable of tailoring the acceleration-versus-time profile of the device to user specifications. This control algorithm is based on finite element techniques, numerical integration, and the solution of nonlinear equations. Finally, practical implementation considerations are addressed, and an intuitive picture of the operation of the control algorithm is presentedCenter for Electromechanic
The non-linearity of variable-Reluctance Machine (8/6) and the dependence of machine inductance on r...
The paper deals with an “optimal” control algorithm for switched reluctance motor (SRM). The princip...
This work is related to modeling, design, construction and driving of a linear switched reluctance m...
A brief review of the theory of linear reluctance machines is presented, followed by the derivation ...
The design of a reluctance accelerator is described, and the methods used in its design are discusse...
Abstract:- A feedback gain tuning method is proposed to control electromechanical actuators that hav...
The Synchronous Reluctance Machine (SynRM) is an electrical machine in which the useful electromagne...
The paper concerns speed control optimization of a high anisotropy linear reluctance motor. Namely o...
By choosing an appropriate method for partitioning and linearizing the system equations that describ...
A linear oscillating reluctance drive is presented in the paper. The actuator is a prototype of a hi...
This paper presents a high precision speed control of the reluctance machine for electric drive appl...
Direct torque control of electric machines widely used in modern electric drives. Switched reluctanc...
In this study about Permanent Magnet Assisted Synchronous Reluctance Machines, it has been developed...
This dissertation focus on a Maximum Torque per Ampere (MTPA) control scheme for a non-linear synchr...
The instantaneous torque control of a reluctance motor has been very difficult, since a flux and tor...
The non-linearity of variable-Reluctance Machine (8/6) and the dependence of machine inductance on r...
The paper deals with an “optimal” control algorithm for switched reluctance motor (SRM). The princip...
This work is related to modeling, design, construction and driving of a linear switched reluctance m...
A brief review of the theory of linear reluctance machines is presented, followed by the derivation ...
The design of a reluctance accelerator is described, and the methods used in its design are discusse...
Abstract:- A feedback gain tuning method is proposed to control electromechanical actuators that hav...
The Synchronous Reluctance Machine (SynRM) is an electrical machine in which the useful electromagne...
The paper concerns speed control optimization of a high anisotropy linear reluctance motor. Namely o...
By choosing an appropriate method for partitioning and linearizing the system equations that describ...
A linear oscillating reluctance drive is presented in the paper. The actuator is a prototype of a hi...
This paper presents a high precision speed control of the reluctance machine for electric drive appl...
Direct torque control of electric machines widely used in modern electric drives. Switched reluctanc...
In this study about Permanent Magnet Assisted Synchronous Reluctance Machines, it has been developed...
This dissertation focus on a Maximum Torque per Ampere (MTPA) control scheme for a non-linear synchr...
The instantaneous torque control of a reluctance motor has been very difficult, since a flux and tor...
The non-linearity of variable-Reluctance Machine (8/6) and the dependence of machine inductance on r...
The paper deals with an “optimal” control algorithm for switched reluctance motor (SRM). The princip...
This work is related to modeling, design, construction and driving of a linear switched reluctance m...