In this work, the plate bending formulation of the boundary element method (BEM) based on
the Kirchhoff's hypothesis, is extended to the analysis of stiffened elements usually present …

In this work, the hypersingular boundary element formulation for plate bending analysis
based on Reissner theory is presented. First order Taylor expansion are used to deal with …

In this work, a boundary element formulation to analyse slabs reinforced by beams,
combined or not to define a grid sub-system, is proposed. Kirchhoff's hypothesis is assumed …

The BEM is developed for the analysis of plates with variable thickness resting on a
nonlinear biparametric elastic foundation. The presented solution is achieved using the …

The present work introduces the boundary element method applied to the bending analysis
of functionally graded plates. It is assumed that material properties are graded through the …

In this work, a boundary element method (BEM) formulation to perform linear bending
analysis of building floor structures where slabs and beams can be defined with different …

In this work, a numerical model to perform non-linear analysis of building floor structures is
proposed. The presented model is derived from the Kirchhoff's plate bending formulation of …

In this work the BEM non-linear formulation for Kirchhoff's plates in bending applied to model
reinforced concrete slabs is discussed. The integral equations of displacements, bending …

A boundary element method is developed for the bending analysis of plates having
nonlinear boundary conditions and resting on two-parameter elastic foundations. The …

This paper deals with the evaluation of the boundary and internal stresses in the boundary
element method (BEM) for plate-bending analysis. The Reissner plate theory is employed as …