This work presents a boundary element formulation for analysis of building slabs. In order to
couple beams and columns with the plate, an alternative formulation of BEM is presented …

This work presents a boundary element formulation for the analysis of building floor slabs,
without beams, in which columns are coupled with the plate. An alternative formulation of …

The present paper develops a boundary element model for flat plate floors. The floor slab is
modelled using the shear‐deformable plate bending theory. Internal columns or walls are …

This paper presents a Boundary Element Method formulation for the analysis of plates with
subregions with different thicknesses with the aim of analysing building floors. Usually this …

The boundary element method (BEM) has been shown by many researchers to be an
efficient numerical tool with which to analyse various engineering structures. In particular …

In this paper, a study of the boundary restrictions at corner plates is presented for analysis by
the boundary element method. From a hypothesis regarding the uniqueness of the stress …

This paper presents a new method for the analysis of plates in bending with internal
supports. The proposed method can be regarded as an extension of the well‐known force …

A static analysis of Kirchhoff plates rested on the column supports has been presented in the
paper. Using the proposed approach, there is no need to introduce Kirchhoff forces at the …

In this work, a new boundary element formulation for the analysis of plate–beam interaction
is presented. This formulation uses a three nodal value boundary elements and each beam …

This paper concerns a nonsingular formulation to deal with thin plates reinforced by beams
using a BEM-FEM combination. The nonsingular formulation developed for the Kirchhoff׳ s …