Add to ORKGA semi-analytical finite element method, which is also known as the finite layer method, is presented for determining the stresses and displacements in elastic multi-layered systems under arbitrary loadings. The method enables a full three-dimensional problem to be solved in a way similar to that of a one-dimensional problem, and as a result computer storage requirements and data input can be reduced drastically. A family of layer elements is developed and their accuracy compared with analytical solutions for a number of example problems. Refs
A computer program was developed by idealizing flexible pavement into a finite element continuum. Th...
This paper presents an innovative algorithm to calculate the displacement and stress fields within ...
This article illustrates the applicability of the Finite Element Method (FEM) in the analysis of mul...
In the flexible road pavement design a mechanistic model of a multilayered half-space with linear el...
This study is concerned with analytical and numerical procedures applied to multi-layered concrete p...
The finite strip and layer methods, which require smaller amount of computer storage than the finite...
The Mindlin`s theory for the bending of plates is formulated by the finite elements method in order ...
A semi-analytical and semi-numerical method is developed for the analysis of plate-layered soil syst...
The main objective of this report is to present two numerical computer models that compute the stati...
A new method for calculating three-dimensional stresses under foundations and footings is presented....
Matsui et al. 1 ABSTRACT: In this research, a pavement is modeled as a multi-layered elastic system ...
Finite element method (FEM) is frequently used to solve current problems of the structural mechanics...
In the flexible road pavement design a mechanistic model of a multilayered half-space with linear el...
The linear elastostatic analysis of layered soils, often required for parametric studies in prelimin...
The model developed tries to predict the stresses and strains of the structure of the pavement in a ...
A computer program was developed by idealizing flexible pavement into a finite element continuum. Th...
This paper presents an innovative algorithm to calculate the displacement and stress fields within ...
This article illustrates the applicability of the Finite Element Method (FEM) in the analysis of mul...
In the flexible road pavement design a mechanistic model of a multilayered half-space with linear el...
This study is concerned with analytical and numerical procedures applied to multi-layered concrete p...
The finite strip and layer methods, which require smaller amount of computer storage than the finite...
The Mindlin`s theory for the bending of plates is formulated by the finite elements method in order ...
A semi-analytical and semi-numerical method is developed for the analysis of plate-layered soil syst...
The main objective of this report is to present two numerical computer models that compute the stati...
A new method for calculating three-dimensional stresses under foundations and footings is presented....
Matsui et al. 1 ABSTRACT: In this research, a pavement is modeled as a multi-layered elastic system ...
Finite element method (FEM) is frequently used to solve current problems of the structural mechanics...
In the flexible road pavement design a mechanistic model of a multilayered half-space with linear el...
The linear elastostatic analysis of layered soils, often required for parametric studies in prelimin...
The model developed tries to predict the stresses and strains of the structure of the pavement in a ...
A computer program was developed by idealizing flexible pavement into a finite element continuum. Th...
This paper presents an innovative algorithm to calculate the displacement and stress fields within ...
This article illustrates the applicability of the Finite Element Method (FEM) in the analysis of mul...