The paper is concerned with the dynamic response of impulsively loaded rigid-perfectly plastic structures. By combining the mode approximation technique with the upper and the lower bound theorems, we have derived a set of sequential inequalities on the final displacement of the structure. This can be applied to give a reasonable explanation for the criterion of choosing an optimal mode proposed by Symonds (1980). In addition, an approximate expression of the final displacement of the structure is suggested in cases where the "mode approximation" apparently works poorly. Finally, the suggested expression is also illustrated by examples.http://gateway.webofknowledge.com/gateway/Gateway.cgi?GWVersion=2&SrcApp=PARTNER_APP&SrcAuth...
The optimal (minimum volume) design of elastic plastic structures under static and dynamic loads is ...
A linear programming method is proposed for displacement analysis at the collapse-load level for cer...
This paper discusses the dynamic loading of rigid-perfectly plastic structures by adopting a structu...
The paper is concerned with the dynamic response of impulsively loaded rigid-perfectly plastic struc...
The purpose of this study is to present an optimal design procedure for elasto-plastic structures su...
This paper presents a theoretical analysis for the dynamic response of a rigid-perfectly plastic sim...
An approximation method is being developed to predict the dynamic plastic response of rigid, strain-...
Bibliography: pages 64-66.The problem of a ductile metal cantilever structure (not necessarily initi...
An approximate method based on Lee's extremum principle is introduced to study the large deflections...
A study into the higher mode dynamic plastic response of beams is reported here. Within the scope of...
The paper shows that the rigid{plastic oscillator can be used to evaluate the maximum plastic displa...
Mode methods for rigid, perfectly plastic structures usually involve the definition of a basic mode ...
The paper concerns the minimum volume design of structures constituted by elastic perfectly plastic ...
Assessing the earthquake ductility of seismic resistant structures usually requires a non-linear dyn...
This paper evaluates the validity of component mode synthesis (CMS) technique for dynamic response o...
The optimal (minimum volume) design of elastic plastic structures under static and dynamic loads is ...
A linear programming method is proposed for displacement analysis at the collapse-load level for cer...
This paper discusses the dynamic loading of rigid-perfectly plastic structures by adopting a structu...
The paper is concerned with the dynamic response of impulsively loaded rigid-perfectly plastic struc...
The purpose of this study is to present an optimal design procedure for elasto-plastic structures su...
This paper presents a theoretical analysis for the dynamic response of a rigid-perfectly plastic sim...
An approximation method is being developed to predict the dynamic plastic response of rigid, strain-...
Bibliography: pages 64-66.The problem of a ductile metal cantilever structure (not necessarily initi...
An approximate method based on Lee's extremum principle is introduced to study the large deflections...
A study into the higher mode dynamic plastic response of beams is reported here. Within the scope of...
The paper shows that the rigid{plastic oscillator can be used to evaluate the maximum plastic displa...
Mode methods for rigid, perfectly plastic structures usually involve the definition of a basic mode ...
The paper concerns the minimum volume design of structures constituted by elastic perfectly plastic ...
Assessing the earthquake ductility of seismic resistant structures usually requires a non-linear dyn...
This paper evaluates the validity of component mode synthesis (CMS) technique for dynamic response o...
The optimal (minimum volume) design of elastic plastic structures under static and dynamic loads is ...
A linear programming method is proposed for displacement analysis at the collapse-load level for cer...
This paper discusses the dynamic loading of rigid-perfectly plastic structures by adopting a structu...