Sandwich structures are applicable in different industries due to their high strength-to-weight
ratio. So, the current work aims to present the study about vibrational behavior of three …

The linear and nonlinear vibrations are investigated for the graphene platelet (GPL)
reinforced composite tapered plate and cylindrical panel subjected to the transverse …

This paper reports an experimental study on interfacial behavior and preload response of
composite bolted interference-fit joints under assembly and thermal conditions. The bolt …

Hybrid laminates, such as fiber metal laminates, are increasingly used in engineering
applications due to their outstanding damage tolerance and weight-specific performance …

Recently, the mechanical performance of various mechanical, electrical, and civil structures,
including static and dynamic analysis, has been widely studied. Due to the neuroma's …

This approach employs a robust controller on the basis of sliding mode control to propose a
novel strategy nominated as self-adjusting boundary layer in order to prevent occurrence of …

This work gives information about the development of refined plate theory to study the static
bending behavior of functionally graded material (FGM) plates. The significant advantage of …

In this work, an assessment of layerwise finite element models for supersonic flutter analysis
of soft core viscoelastic sandwich panels is presented, making use of various kinematic …

In this paper, with 3 kinds of carbon fiber unidirectional composite beams as test specimens,
a test system based on the resonance method is established to test both the frequency …

This work focuses on the free and forced vibrations of sandwich beams and plates hosting
an arbitrary number of damping cores. A fractional derivatives Zener-type model is adopted …