The use of "response surface" method in the sensitivity analysis and optimisation of electromagnetic devices is presented. The algorithm proposed is based on the first and second order polynomial least square fitting of the objective function of the optimisation. The choice between the first and second order model is made by looking at the local behaviour of the function. When needed, a complete second order model is built and an analysis of the approximating function is performed to put in evidence the possible presence of "valleys" that can be followed to get the minimum. An outline of the strategy proposed and some results obtained both with analytically and numerically evaluated objective functions are presented and discussed
The present paper discusses the use of different, "Design of Experiment" and statistical theory base...
Permanent magnets (PMs) are widely used in a variety of industrial equipment and devices. In magnet ...
An algorithm is developed for the optimization of second order response surface designs. The techniq...
A method is presented to analyse the sensitivity of the response of electromagnetic structures with ...
A system is implemented that optimizes two-dimensional magnetostatic devices. The system uses Sensit...
The common approach to continuous and discrete optimisation problems in electromagnetics does not ta...
The paper addresses the optimal design of electric machines, through the general setting of both sha...
The aim of shape optimization is to determine the layout of the structure that minimizes a performan...
A new response surface model (RSM), the moving least squares (MLS) approximation, is proposed for re...
Sensitivity analysis enables powerful gradient‐based mathematical programming techniques in the opti...
peer reviewedThe paper addresses the optimal design of electric machines, through the general settin...
The sensitivity analysis of electromagnetic quantities such as the magnetic force and torque is a cr...
This paper presents a novel implementation of the sensitivity analysis with an improved Tabu search ...
This paper presents a global optimization algorithm combining an adaptive response surface approxima...
The present paper discusses the use of different, \u201cDesign of Experiment\u201d and statistical t...
The present paper discusses the use of different, "Design of Experiment" and statistical theory base...
Permanent magnets (PMs) are widely used in a variety of industrial equipment and devices. In magnet ...
An algorithm is developed for the optimization of second order response surface designs. The techniq...
A method is presented to analyse the sensitivity of the response of electromagnetic structures with ...
A system is implemented that optimizes two-dimensional magnetostatic devices. The system uses Sensit...
The common approach to continuous and discrete optimisation problems in electromagnetics does not ta...
The paper addresses the optimal design of electric machines, through the general setting of both sha...
The aim of shape optimization is to determine the layout of the structure that minimizes a performan...
A new response surface model (RSM), the moving least squares (MLS) approximation, is proposed for re...
Sensitivity analysis enables powerful gradient‐based mathematical programming techniques in the opti...
peer reviewedThe paper addresses the optimal design of electric machines, through the general settin...
The sensitivity analysis of electromagnetic quantities such as the magnetic force and torque is a cr...
This paper presents a novel implementation of the sensitivity analysis with an improved Tabu search ...
This paper presents a global optimization algorithm combining an adaptive response surface approxima...
The present paper discusses the use of different, \u201cDesign of Experiment\u201d and statistical t...
The present paper discusses the use of different, "Design of Experiment" and statistical theory base...
Permanent magnets (PMs) are widely used in a variety of industrial equipment and devices. In magnet ...
An algorithm is developed for the optimization of second order response surface designs. The techniq...