This paper presents the evaluation of saturation and cross-magnetization effects in an
interior permanent magnet synchronous motor (IPMSM) over the entire range of direct-and …

This paper shows the use at the FEM in the analysis of complex grounding systems (GS)
used in practice for protection of power and industrial systems. In order to get an accurate …

This paper shows the use of the hybrid finite-boundary element method (HM) in the analysis
of complex grounding systems (GS) designed for protection of power and industrial systems …

In the first part of this work, we develop a model to compute linkage fields in Outer Rotor
Permanents Magnets synchronous machines (OR-PMSM), a structure which is often used in …

In present practice, the most effective way to solve the large electromagnetic (EM) boundary
value problems typical in electromechanical device analysis has been with the finite element …

The paper presents the use of the dual reciprocity boundary element method (DRM) for the
solution of the inverse problem described with Poisson's equation. The DRM approach has …

Boundary-based methods are an alternative to the standard domain-based finite element
methods found in most field analysis software. This dissertation examines two boundary …

Abstract The Boundary Element Method (BEM) is a numerical technique for solving partial
differential equations that is used broadly among the engineering disciplines. The main …

Sažetak Rad se bavi dvoosnim magnetskim nelinearnim dinamičkim modelom sinkronoga
motora s unutarnjim permanentni magnetima (SMUPM) i koncentriranim namotom. Model je …

This thesis presents numerical efficient finite element solvers for synchronous machine,
including a static finite element/analytical solver with accuracy of the finite element analysis …