





Schematic Design and Computational Studies of Thrust Vector Control for Spacecraft
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Electromechanical actuators have taken the place of hydraulic and pneumatic actuators in many applications, especially for the purpose of Thrust Vector Control (TVC). The aim of this project is to design and analysis of an electromechanical actuator for spacecraft applications using the analytical formulae and/or Finite Element Analysis techniques. The major components of EMA are: Brushless DC servo motor, belt drive and a roller screw, which converts rotational input into linear output and column to which the nozzle will be attached and a power supply. The design of 3-D model of the EMA has been drawn using AUTOCAD, which is then followed by the structural analysis using state of the art software ABAQUS for tensile and compressive stress analysis.