In this paper, the focus is on local buckling limits after yielding of the cross section (plastic buckling). This is in contrast to thin cylindrical shells, where local buckling occurs at stresses below the yield stress (elastic buckling-the main focus of ECCS TWG 8.4). A survey of available test results and differences in various design standards is given. Reasons for the scatter found in experiments are identified. There is a need for more harmonisation in design standards, focusing on the practical needs for each application. © 2008 Taylor & Francis Group, London
This PhD program proposes innovative ideas within a comprehensive and yet umbrella definition as ind...
Abstract : This paper assess the current local buckling requirements of carbon cold-formed steel hol...
The strength of thin shells, under external pressure, is highly dependent by the nature of imperfect...
Local buckling in cylindrical shells may occur elastically or plastically, mainly depending on the d...
In design standards and recommended practices a large scatter can be observed in local buckling limi...
EN 1993-1-1 provisions classify high-strength steel CHS members with relatively low values of D/t ra...
The main focus of this thesis is the influence of different real boundary conditions on the failure ...
When thin-walled circular tubular members are subjected to extreme loading conditins, the circular c...
A brief examination of some of the research on the post-buckling elastic and plastic behaviour of pl...
The load carrying behaviour of cylindrical thin-walled shell structures under pressure load is stron...
Local buckling is as important as column buckling, substantially, when a thin-walled tube is applied...
Structural analysis of steel frames is typically performed using beam elements. Since these elements...
peer reviewedThis paper summarises a research project that analysed aspects of stability failure of ...
Cross-section classification is an important concept in the design of metallic structures, as it add...
Experimental local buckling of fabricated high-strength steel tubular columns, M.S. thesis, Octobe
This PhD program proposes innovative ideas within a comprehensive and yet umbrella definition as ind...
Abstract : This paper assess the current local buckling requirements of carbon cold-formed steel hol...
The strength of thin shells, under external pressure, is highly dependent by the nature of imperfect...
Local buckling in cylindrical shells may occur elastically or plastically, mainly depending on the d...
In design standards and recommended practices a large scatter can be observed in local buckling limi...
EN 1993-1-1 provisions classify high-strength steel CHS members with relatively low values of D/t ra...
The main focus of this thesis is the influence of different real boundary conditions on the failure ...
When thin-walled circular tubular members are subjected to extreme loading conditins, the circular c...
A brief examination of some of the research on the post-buckling elastic and plastic behaviour of pl...
The load carrying behaviour of cylindrical thin-walled shell structures under pressure load is stron...
Local buckling is as important as column buckling, substantially, when a thin-walled tube is applied...
Structural analysis of steel frames is typically performed using beam elements. Since these elements...
peer reviewedThis paper summarises a research project that analysed aspects of stability failure of ...
Cross-section classification is an important concept in the design of metallic structures, as it add...
Experimental local buckling of fabricated high-strength steel tubular columns, M.S. thesis, Octobe
This PhD program proposes innovative ideas within a comprehensive and yet umbrella definition as ind...
Abstract : This paper assess the current local buckling requirements of carbon cold-formed steel hol...
The strength of thin shells, under external pressure, is highly dependent by the nature of imperfect...