A simple treatment of the elastic stability of angle-section members, both columns and beams, has been developed, based on the measured deformations of typical members loaded in the laboratory. Detailed mathematical models describing the torsional, or local buckling modes of the members are presented. Other buckling modes have been considered and the interaction of the various modes has been discussed. Angle-section columns, eccentrically loaded columns, cantilevers, centrally-loaded simply-supported beams, and laterally loaded columns, have been studied in particular
This paper is concerned with the elastic flexural-torsional buckling of concentrically loaded column...
The report derives the differential equations for the overall bifurcation of locally buckled point-s...
The governing differential equations that had been derived following the finite displacement fonnula...
A simple treatment of the elastic stability of angle-section members, both columns and beams, has b...
The study examines the behavior of pinned-end, centrally loaded columns of monosymmetric and asymmet...
The report is concerned with angle section columns whose legs are slender and thus subject to local ...
peer reviewedIn the framework of the ongoing revision of EN 1993-3-1, the RCFS funded research proje...
The paper presents a theoretical investigation of the strength and behavior of single angle columns,...
Steel members with open thin-walled cross sections are used extensively in civil engineering structu...
Two theories were presented for constructing either moment-load or load-deflection relations as well...
Knowledge of structural stability theory is of paramount importance to the practicing structural eng...
This report presents an investigation on the inelastic behaviour of steel I-section beam-columns und...
Ths work described in this thesis has been carried out in the Civil Engineering Department of the Un...
The paper presents the results of an experimental investigation of the buckling response of single a...
Although steel single angle sections are commonly used as beams to support distributed loads which c...
This paper is concerned with the elastic flexural-torsional buckling of concentrically loaded column...
The report derives the differential equations for the overall bifurcation of locally buckled point-s...
The governing differential equations that had been derived following the finite displacement fonnula...
A simple treatment of the elastic stability of angle-section members, both columns and beams, has b...
The study examines the behavior of pinned-end, centrally loaded columns of monosymmetric and asymmet...
The report is concerned with angle section columns whose legs are slender and thus subject to local ...
peer reviewedIn the framework of the ongoing revision of EN 1993-3-1, the RCFS funded research proje...
The paper presents a theoretical investigation of the strength and behavior of single angle columns,...
Steel members with open thin-walled cross sections are used extensively in civil engineering structu...
Two theories were presented for constructing either moment-load or load-deflection relations as well...
Knowledge of structural stability theory is of paramount importance to the practicing structural eng...
This report presents an investigation on the inelastic behaviour of steel I-section beam-columns und...
Ths work described in this thesis has been carried out in the Civil Engineering Department of the Un...
The paper presents the results of an experimental investigation of the buckling response of single a...
Although steel single angle sections are commonly used as beams to support distributed loads which c...
This paper is concerned with the elastic flexural-torsional buckling of concentrically loaded column...
The report derives the differential equations for the overall bifurcation of locally buckled point-s...
The governing differential equations that had been derived following the finite displacement fonnula...