Due to rapid development of boundary element method (BEM), this article explores the
evolution of BEM over the past half century. We here summarize the overall development …

The nonlinear dynamic response of thin plates made of linear viscoelastic material of
fractional derivative type is investigated. The resulting governing equations are three …

The analog equation method (AEM) is applied to dynamic analysis of plates with variable
thickness. Both free and forced vibrations are considered. The fourth order partial differential …

The BEM is developed for nonlinear free and forced vibrations of circular plates with variable
thickness undergoing large deflections. General boundary conditions are considered, which …

In this paper the Analog Equation Method, a BEM-based method, is employed to establish
the differential equation governing the behaviour of a physical system for which the source …

A novel BEM-based method, the analog equation method (AEM), is employed to solve the
plane elastostatic problem described by the Navier equations. The actual problem is …

Static and dynamic analysis of plates using finite element and boundary element techniques — A
bibliography (1992–1994) - ScienceDirect Skip to main contentSkip to article Elsevier logo …

A family of unconditionally stable algorithms for transient plate bending dynamic analysis
was developed by means of Lagrangian polynomials and parameter γ. Next, a time …

A numerical approach is presented for seismic soil–pipeline interaction considered as an
inequality problem of structural engineering. Thus the unilateral contact conditions due to …

In this paper the Analog Equation Method, a BEM-based method, is employed to establish
the differential equation governing the behaviour of a physical system for which the source …