Hazard Mitigation for Earthquake and Subsequent Fire
@inproceedings{Chen2004HazardMF, title={Hazard Mitigation for Earthquake and Subsequent Fire}, author={Suwen Chen and George C. Lee and Masanobu Shinozuka}, year={2004} }
This paper is a progress report of a MCEER research project on the development of multihazard protection technologies for critical facilities. One important component is to consider earthquake and earthquake induced hazards (e.g. fire, haz-mat leakage, power outrage, etc). This paper is concerned with earthquake and subsequent fire hazards. Records from historical earthquakes show that sometimes the damage caused by the subsequent fire can be much severer than the damage caused by the ground…
23 Citations
RISK ASSESSMENT OF STEEL STRUCTURES UNDER FIRE
- Environmental Science
- 2008
Fire following earthquake is the one of the most concerning earthquake-related hazard in urban areas. In fact, in some cases it has been of catastrophic proportions. Actually, it is possible that…
ASSESSMENT OF POST-EARTHQUAKE FIRE PERFORMANCE OF STEEL-FRAME BUILDINGS
- Engineering
- 2008
Post-Earthquake Fire (PEF) is an important factor causing damage to buildings and life-line structures. While PEF events are not uncommon, current design codes do not consider it explicitly in the…
Post-Earthquake Fire Performance of Building Structures
- Engineering
- 2008
The potential of fire event after a strong earthquake is quite high and the damage caused by this fire could be significantly higher as compared to normal fire not accompanied by an earthquake. Thus…
Performance-Based Vulnerability Assessment of Multi-Story Reinforced Concrete Structures Exposed to Pre- and Post-Earthquake Fire
- Engineering
- 2014
Post-earthquake fire can potentially bring about much more damage than the earthquake itself. Performing a vulnerability assessment for a structure that has already sustained damage in an earthquake…
An Engineering Solution to Improve Post-Earthquake Fire Resistance in Important Reinforced Concrete Structures
- Engineering
- 2014
An investigation based on sequential analysis is performed here on the Immediate Occupancy performance level of important structures designed to the ACI 318–08 code after they are subjected to…
Post‐earthquake fire resistance of CFRP strengthened reinforced concrete structures
- Engineering
- 2014
Post‐earthquake fire (PEF) presents a high risk to buildings that have been partially damaged in a prior earthquake, particularly in urban areas. As most standards and criteria ignore the possibility…
Methodology for investigating the behavior of reinforced concrete structures subjected to post earthquake fire
- Engineering
- 2013
Post earthquake fire (PEF) can lead to the collapse of buildings that are partially damaged in a prior ground-motion that occurred immediately before the fire. The majority of standards and codes for…
Risk mitigation of post-earthquake fire in urban buildings
- Engineering
- 2015
A systematic application is presented as a means of mitigating the risk of PEF in urban buildings, both existing buildings, in terms of retrofit solutions, and those yet to be designed, where a PEF factor is proposed.
Firewalls and post-earthquake fire resistance of reinforced-concrete frames
- Environmental Science
- 2016
Post-earthquake fire (PEF) contributes significantly to loss of life and property following large earthquakes in urban regions. In the absence of adequate PEF provisions in the codes and criteria, an…
Two-Scale Risk Management in Case of Post-Earthquake Fire
- Environmental Science
- 2011
Earthquake-induced fire is a critical earthquake-related hazard. Large fires following an earthquake have been often of catastrophic proportions in urban areas. In fact, particular building…
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