This paper presents a method to analyse electrical machines considering simultaneously the electromagnetic field, electric circuit, control loop, movement and skewing effects. The major contribution of this work leans on its generality, i.e. it can be applied to electrical machines connected to static converters submitted to any control laws, avoiding an a priori analysis. Simulation results of a three‐phase Brushless AC (BLAC) motor fed by a PWM converter is presented as well as a comparison of simulation and experimental results obtained using a two‐phase‐on converter were also presented.

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Interest in the study of well-being remains relevant. Seligman (2011/2012) presents a theory of well-being based on five elements: positive emotions, engagement, meaning, positive relationships and personal accomplishment. On this basis, a global well-being scale (EBeG) was constructed and validated for the Portuguese population. Through the exploratory and confirmatory factorial analysis, a structural model with a well-adjusted component and 9 items was obtained, with a good level of internal consistency.