In this paper, the new functionally graded three-phase composite cylindrical shell is
assumed as a common structure in the carrier rocket in the future, and we creatively study …

This paper aims to investigate the nonlinear forced vibration characteristics of hybrid
fiber/graphene nanoplatelets/polymer composite sandwich cylindrical shells with hexagon …

The paper presents the free vibration as well as the nonlinear behaviors of a new plate
structure which the authors call double-variable-edge (DVE) plates in contact with fluid …

This study focuses on nonlinear vibration of a thin incompressible hyperelastic cylindrical
shell subjected to radial harmonic excitation. Mooney–Rivlin model is used to find the Strain …

The advanced three-dimensional braided composite structure has excellent integrity, which
can effectively avoid the problems of interlayer stress jump and interface debonding that …

The strain gradient theory is introduced into the Donnell shell model to investigate the
vibration characteristics of a thin-walled cylindrical shell under classical and elastic …

This study conducts an extensive theoretical-experimental investigation into the nonlinear
dynamical response of a base-excited initially curved panel clamped at two ends via bolted …

Both theoretical and experimental studies are performed to investigate the impact properties
of composite hexagonal auxetic honeycomb cylindrical shells subjected to an internal high …

Advanced composite components are increasingly applied in the aerospace industry, and
engineers have high hopes to reduce overall weight and maintain structural stability …

This study investigates the aerodynamic features of functionally graded triply periodic
minimal surface (FG-TPMS) structures under subsonic airflow using a combination of …