Büyük yapili roket lançerleri̇ni̇n modellenmesi̇ ve kontrolü

Rocket launchers on which rocket are placed are used for aiming at the desired angle for azimuth and elevation axes. In order to aim, several kinds of actuation systems are used on azimuth and elevation axes. In this thesis, rocket launchers with electromechanical actuation system are modelled and determination of the correct proportional integral ve derivative (PID) controller parameters for this system is aimed. Since rocket launcher are produced by defence industrial companies, in literature, about the modelling method of the other rocket launchers there is limited information due to security. As far as known, the controller parameters of this kind of systems are determined by applying experimental method on real systems. In these kinds of workouts, system geometry and performance values are determined roughly in order to specify the controller parameters. However, these rough values differ from the real system. Therefore, they are not very useful for setting up the controller parameters. Also, working on rocket launchers having big structure is not efficient from the perspective of workshop and security. By this thesis, modelling and controlling of the rocket launcher is done on software. Test setup which simulates launcher is designed and used for determining the controller parameters. During modelling, friction losses are included in the system. These friction values are determined by comparing the values obtained from the real rocket launcher produced by Roketsan A.Ş. and values obtained from the modelled system on software. By this method, fine tuning of the controller will be performed on the real system.