We found a match
Your institution may have rights to this item. Sign in to continue.
- Title
Strongly Nonlinear Damped Vibration of Orthotropic Membrane under Initial Displacement: Theory and Experiment.
- Authors
Song, Weiju; Du, Lingling; Zhang, Yafei; Yin, Huimin; Liu, Changjiang
- Abstract
Introduction: Due to the small weight and large flexibility, membrane structures are prone to vibration under external excitation. Furthermore, it may affect the normal function of membrane structures. Objectives: In view of the limitation of traditional perturbation method and small deflection theory in solving strongly nonlinear vibration problem of membranes. an improved multi-scale method is proposed in this paper to investigate the characteristics of strongly nonlinear vibration of membrane. Methods: Firstly, based on the large deflection theory of membrane and the improved multi-scale method, the strongly nonlinear damped vibration control equation of membrane with consideration of geometrical non-linearity is solved. Then, the analytical expressions of the frequency and displacement functions of the strongly nonlinear vibration of membranes are obtained, which are compared with the numerical results. Furthermore, the vibration characteristics of the membrane under the initial displacement are explained together with the experimental results. Results and Conclusion: The results show that the improved multi-scale method is more suitable for solving the strongly nonlinear vibration of membranes than the traditional perturbation method, since the accuracy is higher. Therefore, such a discovery exhibit exposes a more accurate theoretical method for the vibration control and design of membranes.
- Subjects
ARTIFICIAL membranes; DEFLECTION (Mechanics); NONLINEAR analysis; PERTURBATION theory; GEOMETRIC analysis
- Publication
Journal of Vibration Engineering & Technologies, 2021, Vol 9, Issue 6, p1359
- ISSN
2523-3920
- Publication type
Article
- DOI
10.1007/s42417-021-00302-0