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The design of an electromagnetic brake requires a multidisciplinary approach. Its performance is a field of interest having implications for mechanical, electrical, magnetic and material engineering. In this study, a comprehensive design procedure for the electromagnetic brake is presented. Simple and effective mechanical and thermal models are derived analytically and numerically. The analytical...
A frequent problem encountered in the stabilization of gyro-stabilized motion platforms is the disturbance rejection associated with moving components. Due to relative motion of adjacent components, friction is induced by the destabilizing force from the base motion to the stabilized object, degrading its motion accuracy. Hence, a compensation of frictional effects is necessary in order to obtain...
Design considerations of a direct drive servo motor will be presented in this paper. The application is a turret platform for remote weapon stations where low speed and high torque are the major requirements along with low cogging and pulsating torque. Motor outer envelope dimensions are dictated by the application's geometric restrictions. Design process of other internal dimensions and parameters...
Servo motors have increased popularity in industrial and robotics applications. Also, servo motors employ electromagnetic brakes for holding and emergency braking. So, electromechanical brakes found numerous fields due to operation and emergency requirements. The design procedure of an electromagnetic brake requires multidisciplinary approach in terms of mechanical, electrical and thermal aspects...
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