This paper proposes an efficient design methodology for obtaining the optimal distribution of the multiple materials in a magnetic actuator. The concept of multiple level set model is employed to track the outer boundaries and to represent the magnetic properties of the multiple materials in the magnetic actuator. To reduce the degrees of freedom in magneto-static analysis, the operating performance of the magnetic actuator is predicted by using the field-circuit coupling analysis technique and the topological design sensitivities are obtained from the coupling boundary conditions. The optimization problems are formulated to find the optimal values of the lumped circuit parameters for enhanced actuating performance and to abstract a detaile...
The paper presents a design procedure for a novel linear electromechanical actuator from a basic con...
This paper presents finite elements method (FEM) model of magnetic coupling for design optimization ...
The force (F) and the power consumption (P) of a magnetic actuator are modeled, measured and optimiz...
Level-set method has been successfully applied to find optimal distribution of single material in ma...
This paper presents a novel design methodology for optimum structural design of magnetic actuators u...
To obtain weight reduction and high performance, using level set based topology optimization in magn...
his paper presents a new approach to find the optimal design of a permanent magnetic actuator (PMA) ...
This paper presents a multi-component layout optimization method that incorporates a parametric and ...
In this paper, a new approach to achieve the optimal design of a permanent magnetic actuator for max...
In the practical design of magnetic actuators, the effect of magnetic saturation usually plays an im...
This paper aims at the development of a topology optimization method for magnetic actuator design us...
This paper presents a new design method of permanent magnet (PM) actuator for improving driving perf...
This paper proposes a new level-set-based topology optimization method for magnetic actuator design ...
This study introduces a new topology optimization scheme combing the genetic algorithm (GA) with the...
This paper proposes the level set based design optimization of magnetic actuator using the adaptive ...
The paper presents a design procedure for a novel linear electromechanical actuator from a basic con...
This paper presents finite elements method (FEM) model of magnetic coupling for design optimization ...
The force (F) and the power consumption (P) of a magnetic actuator are modeled, measured and optimiz...
Level-set method has been successfully applied to find optimal distribution of single material in ma...
This paper presents a novel design methodology for optimum structural design of magnetic actuators u...
To obtain weight reduction and high performance, using level set based topology optimization in magn...
his paper presents a new approach to find the optimal design of a permanent magnetic actuator (PMA) ...
This paper presents a multi-component layout optimization method that incorporates a parametric and ...
In this paper, a new approach to achieve the optimal design of a permanent magnetic actuator for max...
In the practical design of magnetic actuators, the effect of magnetic saturation usually plays an im...
This paper aims at the development of a topology optimization method for magnetic actuator design us...
This paper presents a new design method of permanent magnet (PM) actuator for improving driving perf...
This paper proposes a new level-set-based topology optimization method for magnetic actuator design ...
This study introduces a new topology optimization scheme combing the genetic algorithm (GA) with the...
This paper proposes the level set based design optimization of magnetic actuator using the adaptive ...
The paper presents a design procedure for a novel linear electromechanical actuator from a basic con...
This paper presents finite elements method (FEM) model of magnetic coupling for design optimization ...
The force (F) and the power consumption (P) of a magnetic actuator are modeled, measured and optimiz...