The paper presents mathematical models which enable to reproduce probables accidental releases of liquefied or compressed gas from industrial facilities by means of numerical experiments. The complex of developed numerical algorithms and computer codes is based on numerical solution of sets of differential equations which describe thermo-gas dynamics and heat-mass transfer processes running while an accident takes place. The main advantage of suggested approach for safety and risk analysis is the possibility to reproduce accidental releases of hazardous materials close to reality and obtain time-space distribution of hazard. Some results of the simulation of explosive gas accidental releases from liquefied petroleum gas (LPG) high-pressure tanks, liquefied n-butane pipeline and also toxic chemicals (hydrogen sulfide) accidental blowouts from wells are given in the paper as an illustration of the software practical usage.
Mathematical models for consequences prediction of liquefied or compressed gas accidental releases
Mathematische Modelle für die Vorhersage der Auswirkungen ungeplanter Freisetzungen von Flüssiggas oder Druckgas
1995
32 Seiten, 16 Bilder, 1 Tabelle, 40 Quellen
Conference paper
English
Flüssiggas , Druckgas , Vorhersage , mathematisches Modell , Industrieanlage , Experiment , numerisches Verfahren , Algorithmus , Code , Differenzialgleichung , Thermodynamik , Gasdynamik , Wärmeaustausch , Stoffaustausch , Unfall , Risikoanalyse , Sicherheit , gefährlicher Stoff , Simulation , Tankcontainer , Hochdruck (Mechanik) , Pipeline , Software , Chemikalie
Prediction of the consequences of accidental releases from liquid pipelines
Tema Archive | 2004
|The escalation consequences of accidental shock loads
British Library Conference Proceedings | 1995
|The transport of compressed, liquefied and dissolved gases
Engineering Index Backfile | 1928
Prevention and Control of Accidental Releases of Hazardous Materials in PV Facilities
Online Contents | 1998
|