Current BIM models impose restrictions on the geometry of building members in their
analytical models, where components are fitted to wireframe representations. This …

The ribbed plate is divided into the rib-beams and the plate, in which the rib-beams are
analyzed by the cross-beam theory, and the plate is assumed to be a Mindlin plate. The rib …

The process in which response of soil influences the motion of foundation and vice-versa, is
known as Soil-Foundation Interaction (SFI). This paper deals with the different types of soil …

In this paper, a new direct Boundary Element Method (BEM) is presented to solve plates on
elastic half space (EHS). The considered BEM is based on the formulation of Vander Weeën …

In this paper, a practical boundary element method (BEM) is developed to analyze piled
rafts. The raft is modeled using the direct boundary element formulation for thick plates; …

This work presents a numerical tool for simulating the interaction of a raft with the soil, which
can be a half space or a finite layer supported by a rigid base. The soil is modelled using the …

In this article, a coupled BEM-ALEM approach is presented to analyze the elastic thin plates
resting on saturated poroelastic multilayered soil with anisotropic permeability. The direct …

A new direct boundary element (BEM) technique is established to analyze plates on
tensionless elastic foundation. The soil is modeled as Winkler springs. The considered BEM …

This paper presents a novel implementation of GPU computing for boundary element
method (BEM) formulation of plates. The new GPU code written in CUDA Fortran alters three …

This paper introduces a new system that utilizes the advantages of boundary element
analysis in structural engineering applications. A standardized building information model …