by Applied Element Method | Nov 16, 2013 | Other Publications
Collapse of reinforced concrete structures under earthquakes is the main reason for life loss. Thus, avoiding structural collapse under strong earthquakes is the aim of seismic codes. The aim of the current study is to lead to an improved understanding of the seismic...
by Applied Element Method | Feb 28, 2000 | Conferences
Simulation of collapse process of a scaled reinforced concrete (RC) structure is carried out and compared with the results obtained by shaking table experiments. The experiment was performed using eleven storied RC building model subjected to a series of base...
by Applied Element Method | Mar 30, 1999 | Bulletins
Anew extension for the Applied Element Method (AEM) for structural analysis is introduced. This paper deals with the large deformation of elastic structures under static loading condition. In the formulation used, no geometric stiffness matrix is adopted. The...
by Applied Element Method | Mar 30, 1999 | Bulletins
Aextension for the Applied Element Method (AEM) for structural analysis is introduced. This paper introduces a numerical approach to deal with detailed structural collapse process. Contact and collision forced are considered in the analysis through collision springs,...
by Applied Element Method | Oct 31, 1998 | Conferences
A new method for fracture analysis of reinforced concrete structures is proposed. The concrete is modeled as an assembly of distinct elements made by dividing the concrete virtually. These elements are connected by distributed springs in both normal and tangential...
