scholarly journals Fire Hazard Analysis of Technical Area 53 Building 1

2015 ◽  
Author(s):  
Brett L. Noakes
Author(s):  
Kostiantyn AFANASENKO ◽  
Volodymyr LYPOVYI ◽  
Serhii ZIMIN

Industrial enterprises of chemical, petrochemical, energy complexes, in the technological process of which combustible gases, flammable and combustible liquids rotate, have flare systems, which are designed for smokeless combustion of combustible and toxic gases or vapors as a result of their periodic, emergency or permanent venting. The main task of flare systems at enterprises is to prevent gas from atmosphere entering by flaring. Flare systems of a manufacturing entities are a complex of structures of high fire danger. The task of the work is to analyze the parameters of the explosion that may occur during the formation of an emergency situation on flare systems.


Author(s):  
John F. Krasny ◽  
William J. Parker ◽  
Vytenis Babrauskas
Keyword(s):  

2011 ◽  
Vol 368-373 ◽  
pp. 1182-1185
Author(s):  
Chan Juan Xu ◽  
Shu Ping Zhang ◽  
Jing Jing Zhang

To a large comprehensive convention center as an example, this paper analyses the flow characteristics of fire smoke of the main hall and the feasibility for sharing space as "Quasi safety zone". First, the fire scenario was identified through the fire hazard analysis, then, set a model and take a simulation analysis by fire simulation software FDS, based on this fire scenario which have been established. At last, draw conclusions according to the smoke flow properties.


Author(s):  
William E. DeWitt

Mathematical Equations That Relate To Fire Phenomena Have Been Around For A Long Time. In 1984, Bukowski Proposed A Series Of Individual Calculations For Conducting A Fire Hazard Analysis. A Broader Series Of Equations, Applicable To Fire Growth Estimates, Was Published In 1985 By Lawson And Quintierez. Nelson Extended This Idea Further In 1986 With Fireform And Fpetool To Give Simple Models Along With Engineering Calculations In A Software Package That Was Widely Used For Fire Safety Engineering Calculations. More Recently, The National Institute For Standards And Technology (Nist) Released Fast And Fastlite. These Software Programs Are A Collection Of Procedures That Builds On The Core Routines Of Fireform And A Simplified Version Of The Computer Model Cfast To Provide Engineering Calculations Of Fire Phenomena. Fast, Which Stands For Fire Growth And Smoke Transport, Is Designed To Provide Quantitative Estimates Of Some Likely Consequences Of Fire, Such As Room Temperatures, Ceiling Layer Height, And Time To Flashover. This Paper Will Describe The Historical Use Of Fire Modeling Software In A Forensic Engineering Context, Review Current Fire Modeling Software Programs Available From Nist, And Present The Results Of An Applied Research Project That Modeled Actual Building Fires Using Fast. Finally, The Paper Will Show The Results Of A Fire Modeling Software Usage Survey Of Nafe Members Who Specialize In Fire And Explosion Investigations.


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