By employing weak polymers such as proteins and polysaccharides with certain inorganic
materials such as calcium, phosphorus, and silicon, high-impact-tolerant structures are …

A comprehensive study is carried out by employing various finite element models (FEMs) for
the bending, buckling stability and free vibration analyses of bio-inspired helicoidal …

The present work aims to study the free vibration behaviour of bio-inspired helicoidal
laminated composite spherical, toroid, and conical shell panels using a single-output …

The present work carries out free vibration analysis of laminated composite shells and
panels using wavelet finite element method (WFEM). Two different wavelets, namely, Haar …

Present work aims to carry out free vibration analysis of bio-inspired helicoidal laminated
composite square and annular-shaped plates with circular openings. Refined plate theory …

The mechanical behaviours of bio-inspired helicoidal symmetric laminated composite
(BIHLC) beams are investigated via the Ritz method. By exploiting the variational …

This study investigates the influence of moisture and Thermo-hygroscopic influence on bio-
inspired helicoidally laminated composite plates (BHLC) for strengthening damaged …

Simulating the random response of structures is a practical matter that is crucial for design,
as the majority of masses operate on them according to random principles. This is the first …

The uncertainty in the ply orientation of bio-inspired helicoidal laminated composite
cylindrical shells is quantified. The frequencies obtained from the higher-order shear …

This study investigates the impact response of bio-inspired helicoidal laminated composite
plates under soft body impacts using the SPH methodology in ABAQUS. Impacts at …