Abstract
The adoption of an adequate methodology of analysis of permanent magnet (PM) tubular actuators allows one to formulate effectively the problem of improving their performance. A proper dimensioning strategy is then envisaged to increase the force density yielded by a tubular linear PM actuator. The strategy must be calibrated on the geometrical and mechanical constraints. This paper takes into consideration the most frequently adopted configurations of tubular actuators, presents a novel model and suggests two one-step design procedures.
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