TITLE:
Simulation Analysis of Electromechanical Coupling for Unmanned Aerial Vehicle Cabin Door System
AUTHORS:
Bangjian Wang, Xiaohang Hu, Hong Nie
KEYWORDS:
Unmanned Aircraft, Cabin Door, Electromechanical Coupling, Virtual Prototype, Dynamic Characteristics
JOURNAL NAME:
World Journal of Engineering and Technology,
Vol.11 No.4,
November
30,
2023
ABSTRACT: In order to study the dynamic response of the unmanned aerial vehicle cabin door opening and closing system under impact load conditions, considering the flexible treatment of mechanical components, and the system’s motion with different stiffness of energy-absorbing components, a rigid-flexible coupling model of the cabin door actuation system was established in LMS. Virtual. Motion. In Amesim, a control model of the motor was created. Through the Motion-Amesim co-simulation module, the dynamic module of the system was combined with the motor control module to complete the electromechanical coupling simulation and analyze the results.