Add to ORKGAbstract Our paper deals with theoretical and numerical study of the discrete fully stress design (FSD) algorithms for thin shell finite elements. Authors present seven mathematical formulations of the direct strength designing. Relations between stresses, membrane and bending element forces (moments) and element thicknesses are studied. Using selected numerical tests of the proposed algorithms are compared
International audienceThis work investigates the formulation of lower and upper bound finite element...
In this study, an efficient, accurate and robust methodology for nonlinear finite element analysis a...
The article deals with methods of creating a rectangular wall-beam finite element with eight degrees...
The paper presents numerical study of the discrete formulation of the fully stress design (FSD) algo...
Relevance. To determine the stress-strain state (SSS) of thin-walled shells due to the complexity of...
The analysis and design of thin shell structures is a topic of interest in a variety of engineering ...
We present, in this paper, a four nodes quadrangular shell element (FDEM4) based on a Finite Differe...
This thesis was submitted for the degree of Doctor of Philosophy and awarded by Brunel University.Th...
International audienceThis paper presents a formulation for a new family of thin shell finite elemen...
International audienceThe objective in this paper is to present fundamental considerations regarding...
The objective of the present work was the structural optimization of thin shell structures that are ...
International audienceThis work investigates the formulation of lower and upper bound finite element...
In this study, an efficient, accurate and robust methodology for nonlinear finite element analysis a...
The article deals with methods of creating a rectangular wall-beam finite element with eight degrees...
The paper presents numerical study of the discrete formulation of the fully stress design (FSD) algo...
Relevance. To determine the stress-strain state (SSS) of thin-walled shells due to the complexity of...
The analysis and design of thin shell structures is a topic of interest in a variety of engineering ...
We present, in this paper, a four nodes quadrangular shell element (FDEM4) based on a Finite Differe...
This thesis was submitted for the degree of Doctor of Philosophy and awarded by Brunel University.Th...
International audienceThis paper presents a formulation for a new family of thin shell finite elemen...
International audienceThe objective in this paper is to present fundamental considerations regarding...
The objective of the present work was the structural optimization of thin shell structures that are ...
International audienceThis work investigates the formulation of lower and upper bound finite element...
In this study, an efficient, accurate and robust methodology for nonlinear finite element analysis a...
The article deals with methods of creating a rectangular wall-beam finite element with eight degrees...