AbstractIn this paper, we consider the elastomechanical problems of a honeycomb structure of composite materials. A multiscale finite element method and the postprocessing technique with high accuracy are presented. We will derive the proofs of all theoretical results. Finally, some numerical tests validate the theoretical results of this paper
This paper evaluates the equivalent transverse shear and in-plane moduli of honeycomb cellular struc...
This thesis aims to develop an alternative approach which estimates the effective elastic properties...
This work focuses on the formulation of an asymptotically correct theory for symmetric composite hon...
AbstractIn this paper, we consider the elastomechanical problems of a honeycomb structure of composi...
A computational homogenization technique (CHT) based on the finite element method (FEM) is discussed...
This paper presents some general two- and three-dimensional finite element models to study the equiv...
This paper studies the uncertainty in the mechanical response of foam-filled honeycomb cores by mean...
Compared to other core materials, honeycomb materials provide impressive mechanical performance for ...
This paper presents a method for calculating effective elastic moduli of honeycomb core of sandwich ...
Modern composite materials and lightweight construction elements are increasingly replacing classic ...
The main key performance factors of honeycombs are represented by the ability to withstand through-t...
This report presents a numerical analysis of three-dimensional mechanical properties of metallic ho...
In this paper, both equivalent Young's modulus and bucking load of the honeycombs are calculated usi...
This paper presents a verification and validation analysis of Finite Element (FE) models predicting...
To investigate the mechanical properties of embedded honeycomb plates with high efficiency and accur...
This paper evaluates the equivalent transverse shear and in-plane moduli of honeycomb cellular struc...
This thesis aims to develop an alternative approach which estimates the effective elastic properties...
This work focuses on the formulation of an asymptotically correct theory for symmetric composite hon...
AbstractIn this paper, we consider the elastomechanical problems of a honeycomb structure of composi...
A computational homogenization technique (CHT) based on the finite element method (FEM) is discussed...
This paper presents some general two- and three-dimensional finite element models to study the equiv...
This paper studies the uncertainty in the mechanical response of foam-filled honeycomb cores by mean...
Compared to other core materials, honeycomb materials provide impressive mechanical performance for ...
This paper presents a method for calculating effective elastic moduli of honeycomb core of sandwich ...
Modern composite materials and lightweight construction elements are increasingly replacing classic ...
The main key performance factors of honeycombs are represented by the ability to withstand through-t...
This report presents a numerical analysis of three-dimensional mechanical properties of metallic ho...
In this paper, both equivalent Young's modulus and bucking load of the honeycombs are calculated usi...
This paper presents a verification and validation analysis of Finite Element (FE) models predicting...
To investigate the mechanical properties of embedded honeycomb plates with high efficiency and accur...
This paper evaluates the equivalent transverse shear and in-plane moduli of honeycomb cellular struc...
This thesis aims to develop an alternative approach which estimates the effective elastic properties...
This work focuses on the formulation of an asymptotically correct theory for symmetric composite hon...