by Applied Element Method | Sep 4, 2015 | Journals
This paper details the development of an engineering assessment procedure for reinforced concrete (RC) column failure when subjected to time-variant coupled axial and lateral loads due to internal building detonations. This is based on a comprehensive parametric study...
by Applied Element Method | Jun 29, 2015 | Journals
Astructure is subjected to progressive collapse when an element fails, resulting in failure of adjoining structural elements which, in their turn, cause further structural failure leading eventually to partial or total collapse. The failure of a primary vertical...
by Applied Element Method | Nov 30, 2014 | Journals
During earthquakes, pounding of adjacent buildings occurs due to their different dynamic characteristics as well as insufficient separation distance between them. Although earthquake loading is commonly considered in structural design, pounding of adjacent buildings...
by Applied Element Method | Nov 22, 2014 | Journals
Since progressive collapse of tall buildings can cause enormous damage, it should be considered during the design phase of tall buildings. The progressive collapse analysis of tall buildings using finite element methods is almost impossible due to the vast amount of...
by Applied Element Method | Nov 7, 2014 | Journals
Earthquakes have been considered one of the most destructive and violent forces of nature, causing great tragedies and significant economic losses. The main of this study objective is to evaluate the overall behavior and site of three pedestrian bridges,...
by Applied Element Method | Nov 6, 2014 | Journals
The effectiveness of different framing systems for three seismically designed steel frame structures subjected to blast loading is investigated. The three faming systems considered are: a moment resisting frame (MRF), a concentrically braced frame (CBF) and an...
