The use of advance composite materials is increasing in various industrial applications such
as renewable energy, transportation, medical devices, etc. As the demand for stability under …

The effect of fiber orientation on the stresses and displacements at different sections of a
stiffened panel of orthotropic composite material under a uniform tension is analyzed. The …

The elastic behavior of stiffened struts of orthotropic composite material is investigated under
an eccentric loading using displacement potential formulation. Solutions are obtained for …

The elastic behavior of an orthotropic composite panel is analyzed under the influence of an
end moment as well as shear loading. The panel is rigidly fixed at one of its ends, and the …

Although peridynamics is widely used to investigate mechanical responses in materials, the
ability of peridynamics to capture the main features of realistic stress states remains …

Fiber orientation dependent stresses in a thick, stiffened composite beam on simple
supports are investigated analytically using a scalar potential field expressed in terms of …

This paper concerns the finite difference solution to the elastic field in a cantilever beam of
unidirectional orthotropic composite material. The mixed boundary value plane elastic …

The elastic solution of an orthotropic composite beam under the influence of uniformly
distributed loading is obtained numerically. Two ends of the beam are rigidly fixed, and the …

Here an efficient displacement potential formulation based finite difference technique is
used to solve the elastic field of a simply supported beam of orthotropic composite materials …

Analytical solution of elastic fields of a stiffened composite plate subjected to axial tension
and pure bending is obtained using alternative displacement potential approach. In this …