This paper is confined to the study of thin shells. The aim is to summarize the different theories used and to examine the assumptions upon which each of them is based. The intention is to show when it is more suitable to use a particular approximation and to indicate the errors it introduces. Beginning with the general deep shell theory, some simplifications are introduced to obtain the shallow shell theories. The special implications of this theory for the finite element method are also examined. Finally the particular case of flat elements is discussed
We have developed a curved finite element for a cylindrical thick shell based on the thick shell equ...
Despite large amounts of numerical and theoretical work on the finite element method one application...
Despite large amounts of numerical and theoretical work on the finite element method one application...
This thesis was submitted for the degree of Doctor of Philosophy and awarded by Brunel University.Th...
The problems associated with the finite element analysis of thin shell structures are discussed wit...
Relevance. To determine the stress-strain state (SSS) of thin-walled shells due to the complexity of...
The problems associated with the finite element\ud analysis of thin shell structures are discussed w...
Shallow doubly curved translational shells are efficient and aesthetically attractive structures and...
In this paper, a new rectangular flat shell element denoted ‘ACM_RSBE5’ is presented. The new elemen...
The analysis and design of thin shell structures is a topic of interest in a variety of engineering ...
The analysis and design of thin shell structures is a topic of interest in a variety of engineering ...
The problem related to the derivation of conforming deep shell finite elements is examined in the li...
Some aspects of three-dimensional analysis of shells are discussed, comparing 3d-shell formulations,...
Introduction. It is instructive to assemble a list of applications from a historical point of view, ...
Surface geometry and shell geometry, in the frame of general tensor calculus. Fundamentals of the th...
We have developed a curved finite element for a cylindrical thick shell based on the thick shell equ...
Despite large amounts of numerical and theoretical work on the finite element method one application...
Despite large amounts of numerical and theoretical work on the finite element method one application...
This thesis was submitted for the degree of Doctor of Philosophy and awarded by Brunel University.Th...
The problems associated with the finite element analysis of thin shell structures are discussed wit...
Relevance. To determine the stress-strain state (SSS) of thin-walled shells due to the complexity of...
The problems associated with the finite element\ud analysis of thin shell structures are discussed w...
Shallow doubly curved translational shells are efficient and aesthetically attractive structures and...
In this paper, a new rectangular flat shell element denoted ‘ACM_RSBE5’ is presented. The new elemen...
The analysis and design of thin shell structures is a topic of interest in a variety of engineering ...
The analysis and design of thin shell structures is a topic of interest in a variety of engineering ...
The problem related to the derivation of conforming deep shell finite elements is examined in the li...
Some aspects of three-dimensional analysis of shells are discussed, comparing 3d-shell formulations,...
Introduction. It is instructive to assemble a list of applications from a historical point of view, ...
Surface geometry and shell geometry, in the frame of general tensor calculus. Fundamentals of the th...
We have developed a curved finite element for a cylindrical thick shell based on the thick shell equ...
Despite large amounts of numerical and theoretical work on the finite element method one application...
Despite large amounts of numerical and theoretical work on the finite element method one application...