Engineering Physics Annotation << Back DEVELOPMENT AND RESEARCH OF A DYNAMIC MODEL OF AN AIRSHIP NING TANG The article defines the coordinate systems and motion parameters of the airship, and then, based on the analysis of forces taking into account buoyancy, gravity, aerodynamics, engine traction and the associated inertia forces, the Newton-Euler method is used to create a dynamic model of the airship. The model provides a theoretical basis and a basic basis for the analysis of dynamic characteristics and design of a control system. The decomposition and linearization tasks are completed. The design of the stabilizer for longitudinal and lateral movements. Keywords: airship; dynamic motion model; dynamic characteristics; decomposition; linearization; longitudinal movement; lateral movement; stabilization. DOI: 10.25791/infizik.01.2020.1113 Contacts: - Pp. 60-67.