In this paper is proposed an optimized solution of DC electromagnet using design of
experiments (DOE) and FEM. Before optimization, the technique of screening was applied to …

To reduce greenhouse gas emissions, energy retrofitting of building stock presents
significant potential for energy savings. In the design stage, energy savings are usually …

In the process of validation of crimped connections, the determination of the connector
resistance factor has a decisive role. In this paper is studied the influence of the …

The Superconducting Magnetic Energy Storage (SMES) system is a modern and expensive
technique for storage of electricity through the magnetic energy in superconducting short …

In this paper, an exhaustive optimization method based on design of experiments (DOE) and
finite element method (FEM) was applied on a Superconducting Magnetic Energy Storage …

In the process of validation of crimped connec-tions, the determination of the connector
resistance factor and of the initial scatter coefficient has a decisive role. In this paper is …

In this paper is proposed an optimal geometrical shape for a DC electromagnet by
combining the design of experiments (DOE) and 2-D FEM. The optimization problem takes …

This paper presents the application of an exhaustive optimization method based on the
design of experiments (DOE) and the finite element method (FEM), with the aim of improving …

The paper proposes an optimized geometry for a DC electromagnet combining the
experimental design (DOE) and FEM. The optimization problem takes into account three …

This paper is part of a series of researches on improving the acting force of a DC plunger-
type electromagnet. In the optimization process, six geometric parameters concerning the …