A Study on Dynamic Performance of Deviation-Based Sliding-Door in Closed State
This paper presents a flexible deviation model of sliding-doors developed using influence coefficient method. By introducing the deviation factors such as seal strip reaction force and door’s dynamic deformation, the closed-loop relationship of size of the sliding-door system when it is in closed state is further established. Then based on the influencing relationship of the sliding-door deviation on the system flexibility and stiffness, the influence of the deviation on the door dynamic performance is obtained. Finally, through analyzing the frequency response of a real sliding-door, the optimal door deviation design is proposed and the effectiveness of the method is also verified.
Chunliang Zhang and Paul P. Lin
G. P. Chu and P. F. Liu, "A Study on Dynamic Performance of Deviation-Based Sliding-Door in Closed State", Applied Mechanics and Materials, Vols. 226-228, pp. 621-626, 2012