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Effect of Retrofit Strategies on Mitigating Progressive Collapse of Steel Frame Structures

by Applied Element Method | Apr 30, 2010 | Journals

In this study, the effect of three retrofit strategies on enhancing the response of existing steel moment resisting frames designed for gravity loads is investigated using Alternate Path Methods (APM) recommended in the General Services Administration (GSA) and the...

Seismic Progressive Collapse Analysis of Reinforced Concrete Bridges by Applied Element Method

by Applied Element Method | Mar 30, 2010 | Conferences

During seismic response, redistribution of load carried by damaged or failed structural members to adjacent members may lead to overstress or exceeding load resistant capacity of the other members resulting in spread or propagation of damage until development of...

Applied Element Method Analysis of Porous GFRP Barrier Subjected to Blast

by Applied Element Method | Feb 16, 2010 | Journals

Numerical analysis of highly dynamic phenomena represents a critical field of study and application for structural engineering as it addresses extreme loading conditions on buildings and the civil infrastructure. In fact, large deformations and material...

The Case Study of Explosives Demolition at Chung-Ang Department

by Applied Element Method | Dec 30, 2009 | Journals

Rrecently, construction techniques have been rapidly developed with reconstruction of old buildings, urban regeneration and efforts of restoring natural ecology, so demolition of deteriorated buildings has been rapidly increasing. Demolition work of building should be...

Building Demolition: Positive Aspect of Progressive Collapse

by Applied Element Method | Dec 30, 2009 | Other Publications, Thesis

Progressive collapse is a failure mode of great concern for tall buildings, and it is also typical for building demolition. Engineers are nowadays more and more interested in estimating structures integrity and finding adequate collapse theories, in order to develop...
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Recent Posts

  • Modelling the in-plane/out-of-plane interaction of brick and stone masonry structures using Applied Element Method
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  • Using the Applied Element Method to simulate the dynamic response of full-scale URM houses tested to collapse or near-collapse conditions
  • The Applied Element Method and the modelling of both in-plane and out-of-plane response of URM walls

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