The main purpose of this study is to investigate the accuracy of an advanced beam model for
the soil–pile–structure kinematic and inertial interaction and demonstrate its efficiency and …

This paper deals with the dynamic analysis of infinite beam models. The translational and
the rotational dynamic stiffness of both Timoshenko and Euler–Bernoulli beams on Winkler …

In this paper, the boundary-based finite element method (BFEM) is developed for the
bending-extension coupling analysis of shear deformable laminated composite curved …

This article describes simulations on the influence of the cell wall shape as well as the
density on the elastic stiffness of regular and stochastic honeycomb structures. Starting from …

Abstract Double and multiple-Beam System (BS) models are structural models that idealize
a system of beams interconnected by elastic layers, where beam theories are assumed to …

We address the multi-modal tuning of idiophones and approach it as a shape optimization
design problem. The Finite Element Method (FEM) and the Boundary Element Method …

Abstract A Boundary Element Method formulation is developed for the dynamic analysis of
Timoshenko beams. Based on the use of not time dependent fundamental solutions a …

The main difference of convolution quadrature method (CQM)-based boundary element
formulations to usual time-stepping BE formulations is the way to solve the convolution …

We propose a space–time boundary element method for the dynamic simulation of elastic
truss systems. The considered truss systems consist of several members, where in each …

Deformation and stresses are produced not by mechanical forces alone, but by temperature
variation as well. The additional stresses of a flexible mechanism caused by the temperature …