In this study, the stability of inhomogeneous nanocomposite cylindrical shells (INCCSs)
under hydrostatic pressure in a thermal environment is presented. The effective material …

In this study, the variational method concerning displacement components is applied to
solve the large deformation problem of a thin cylindrical shell with its four sides fully fixed …

The present study explores the buckling and failure behavior of the silicon carbide (SiC)
ceramic cylindrical shell under hydrostatic pressure using experimental and nonlinear …

The vibration behavior of moderately-thick inhomogeneous orthotropic cylindrical shells
under clamped boundary conditions based on first-order shear deformation theory (FOSDT) …

The paper continues and discusses the next case of the simplified method of the Technical
Stability Theory (TSTh) of loss of stability of lateral buckling in elastic-plastic states of semi …

This study delves into the vibrational behavior of a variable thickness sandwich beam which
rests on a three-parameter elastic foundation. The beam's thickness gradually decreases …

The paper continues and discusses the next case of the simplified method of the Technical
Stability Theory (TSTh) of loss of stability of lateral buckling in elastic-plastic states of semi …

In this paper, a type of reinforcing structure for composite shell with single and through hole
is presented. The experimental tests for the composite shells without hole, with single hole …

In the present study, the third-order shear deformation theory (TSDT) is presented to
investigate time-dependent thermo-elastic creep behavior and life assessment of rotating …

The paper continues and discusses the next case of the method of the Technical Stability
Theory (TSTh) of loss of stability of lateral buckling in elastic-plastic states of semi-slender …