This paper for the first time proposes an efficiently C 0-higer order shear deformation theory
(HSDT) and isogeometric analysis (IGA) for the free vibration analysis of matrix cracked …

Underwater explosions are inherently complex and unique physical phenomena markedly
distinct from those occurring above the surface. This distinctiveness is primarily attributed to …

Understanding the role of temperature in the dynamic response of composite plates is
critical for naval systems operating in extreme environments like the Arctic. Despite the …

In this paper, the stability and nonlinear vibration of a vertical plate on the background of
truck transportation are investigated under the interaction of bulk cargo and subsonic airflow …

Composite materials are increasingly utilized in high-performance naval structures, due to
their superior properties over traditional materials like steel and aluminum. However, their …

Evaluating the hydroelastic responses of underwater cementitious structural elements is
critical for ensuring the sustainability and durability of energy-saving marine infrastructures …

In the fluid-structure dynamic analysis, the low solution efficiency seriously restricts the
passive and active vibration control of structures. But so far, this issue has not been well …

The paper studies the axisymmetric harmonic forced vibration of the hydro-elastic system
composed of an initially strained plate made of highly elastic material, a compressible …

Radial gate, a spatial frame structure, is the key factor to control water discharge in dam
structure and storm surge barriers. However, the fluid-induced vibration (FIV) problem …

In the fluid-structure dynamic analysis, the low solution efficiency seriously restricts the
passive and active vibration control of submerged structures. But so far, this issue has not …