This paper presents structural topology optimization applied to the coupled magneto-
structural problem. The design goals are to minimize mechanical compliance and to …

This paper investigates the concept and implementation of an energy harvesting device
using a ferrofluid sloshing movement to generate an electromotive force (EMF). Ferrofluids …

The goal of this research is to investigate an approach to find the optimal geometry of
electric motors for the enhancement of force/torque performance. To predict the magnetic …

The design procedure of a PMSM includes employing functional models of the machine
which reflect the thermal, electrical and magnetic aspects of the machine. In this paper, the …

In this paper, a numerical scheme for obtaining ferrofluid shape formation is presented using
the revisited Kelvin's force formula. The formula adopts the newly appreciated field intensity …

Abstract Hypothesis Magnetic Ionic Liquid (MILs), novel magnetic molecules that form “pure
magnetic liquids,” will follow the Ferrohydrodynamic Bernoulli Relationship. Based on recent …

Maxwell stress tensor is one of the methods which are generally used for electromagnetic
force calculation. In this paper, it is presented that Maxwell stress tensor T and n ${\cdot} $ T …

In this paper, an implementation of virtual work principle in virtual air gap is proposed for the
calculation of contact and body forces. To calculate the proper values of the magnetic field at …

Maxwell stress tensor is one of the methods which are generally used for electromagnetic
force calculation. In this paper, it is presented that Maxwell stress tensor T and Tn⋅ have no …

The global population is predicted to increase to around 11 billion by 2100. By 2050, the
average age in the most populous age group will be over sixty. The ageing population (over …