Abstract. The behavior of arches are nonlinear and sensitive to the buck-ling conditions. The existence of equilibrium states of elastic circular arches with rotational resistance at both edges under normal pressure is investigated. Variational formulation is derived using an energy method. 1. Introduction. In this article, we study the existence of equilibrium states of buckled circular arches under uniform normal pressure. An arch is an elastic structural member restrained at the bases. The buckling of such a ”classical ” arch has been considered by Timoshenko, S.P. and Gere, J.M. [7], Vlasov,V.Z.[8] and Simitses, G.J. [5]. I
A nonlinear theory is developed in this paper to investigate the elastic in-plane buckling of shallo...
The bifurcation buckling and postbuckling behavior of steep, compressible, circular arches is examin...
Classical buckling theory has been researched extensively to determine the in-plane buckling behavio...
Abstract. An elastic circular arch under normal pressure is modelled with hinged bases and of openin...
AbstractThis paper presents an analytical study of the non-linear elastic in-plane buckling and post...
The many interesting phenomena, such as snap-through, nonuniqueness, and stability, of a circular ar...
A circular arch with in-plane radial loads uniformly distributed around the arch axis is primarily s...
An arch under an in-plane central concentrated radial load is subjected to combined axial compressiv...
AbstractArches are often supported elastically by other structural members. This paper investigates ...
This paper uses both a virtual work approach and a static equilibrium approach to study the elastic ...
The article aims to find the buckling loads for pinned–rotationally restrained shallow circular arch...
The buckling behaviour of 2-hinged circular arch having hydraulic pressure divides into two main cla...
In this paper, we compute the location of the imminent hinges and the minimum thickness, t, of a cir...
This paper investigates the non-linear in-plane buckling of pin-ended shallow circular arches with e...
This thesis presents the nonlinear in-plane behaviour of circular fixed arches subjected to thermal ...
A nonlinear theory is developed in this paper to investigate the elastic in-plane buckling of shallo...
The bifurcation buckling and postbuckling behavior of steep, compressible, circular arches is examin...
Classical buckling theory has been researched extensively to determine the in-plane buckling behavio...
Abstract. An elastic circular arch under normal pressure is modelled with hinged bases and of openin...
AbstractThis paper presents an analytical study of the non-linear elastic in-plane buckling and post...
The many interesting phenomena, such as snap-through, nonuniqueness, and stability, of a circular ar...
A circular arch with in-plane radial loads uniformly distributed around the arch axis is primarily s...
An arch under an in-plane central concentrated radial load is subjected to combined axial compressiv...
AbstractArches are often supported elastically by other structural members. This paper investigates ...
This paper uses both a virtual work approach and a static equilibrium approach to study the elastic ...
The article aims to find the buckling loads for pinned–rotationally restrained shallow circular arch...
The buckling behaviour of 2-hinged circular arch having hydraulic pressure divides into two main cla...
In this paper, we compute the location of the imminent hinges and the minimum thickness, t, of a cir...
This paper investigates the non-linear in-plane buckling of pin-ended shallow circular arches with e...
This thesis presents the nonlinear in-plane behaviour of circular fixed arches subjected to thermal ...
A nonlinear theory is developed in this paper to investigate the elastic in-plane buckling of shallo...
The bifurcation buckling and postbuckling behavior of steep, compressible, circular arches is examin...
Classical buckling theory has been researched extensively to determine the in-plane buckling behavio...