An analytical method is derived for determining the vibrations of two plates which are
generally supported along the boundary edges, and elastically coupled together at an …

L-shaped plates are extensively utilized in practical engineering and plates are uniformly
coupled in most previous studies. However, spot welding, riveting or bolting is also …

The vibration behaviors of a box-type built-up structure and energy transmission through the
structure are investigated analytically. The modeling of the structure is developed by …

This study investigates the vibration power flow characteristics of a harmonically excited L-
shaped laminated composite structure with flat sub-plates connected at a right angle. A …

The method of reverberation-ray matrix (MRRM) is adopted to analyze the dynamic
performance including the free vibration and power-low transfer characteristics of the …

The coupled plates are commonly seen in flight vehicle structures, which are always
subjected to a severe combination of thermal, aerodynamic and mechanical loads during …

In this study a Chebyshev spectral method is introduced to analyse the vibroacoustic
characteristics of plates with arbitrary shape. This approach involves a unique expansion of …

Purpose The vibration energy transmission characteristics of laminated composite plates
with straight or variable angle fiber paths subjected to distributed force excitations are …

The vibration characteristics of irregular elastic coupled plate systems are studied by
Chebyshev-Ritz method in this paper, including dynamics and power flow control. Firstly, the …

This article presents a predictive model to investigate the vibration and power flow
characteristics of irregular composite coupling laminated plates based on the 2D Chebyshev …