A new numerical approach has been developed for the analysis of displacements and
stresses in arbitrary‐shaped elastic bodies subjected to mixed boundary conditions. An …

This paper presents a general mathematical model, especially suitable for finite-difference
analysis of stresses and displacements of the plane elastic problems of solid mechanics …

Optimum design of tire‐tread sections is an important practical issue. However, useful study
of the problem that can suggest a reliable guideline for determining the optimum tread …

An analytical solution of the elastic field of a deep stiffened cantilever beam of orthotropic
composite material is presented in the paper. The cantilever beam is subjected to a …

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 …

This paper describes a new mathematical formulation, specifically suitable for finite-
difference analysis of stresses and displacements of three-dimensional mixed-boundary …

The present paper describes a new approach to analytical solution of two-dimensional
stress problems of orthotropic composite materials. In this approach, the elastic problem is …

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 current paper presents an analytical method for the analysis of elastic field in a stiffened
unidirectional orthotropic composite panel under uniaxial tensile load in the direction 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 …