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Toxic industrial chemical (TIC) source emissions modeling for pressurized liquefied gases
4 references·4 citing·17 second hop
Toxic industrial chemical (TIC) source emissions modeling for pressurized liquefied gases (2010)Toxic industrial chemical (TIC) source em…Guidelines for Use of Vapor Cloud Dispersion Models (1996)Guidelines for Use of Vapor C…Emergency Relief System Design Using DIERS Technology (1994)Emergency Relief System Desig…Source term considerations in connection with chemical accidents and vapour cloud modelling (1988)Source term considerations in…Flashing flows or: Some practical guidelines for emergency releases (1985)Flashing flows or: Some pract…Accident Damage Analysis Module (ADAM): Novel European Commission tool for consequence assessment—Scientific evaluation of performance (2019)Accident Damage Analysis Modu…An improved version of the consequence analysis model for chemical emergencies, ESCAPE (2016)An improved version of the co…Modeling an irritant gas plume for epidemiologic study (2015)Modeling an irritant gas plum…A case study of chlorine transport and fate following a large accidental release (2012)A case study of chlorine tran…Modeling Dispersion from Toxic Gas Released after a Train Collision in Graniteville, SC (2007)Comparison of six widely‐used dense gas dispersion models for three recent chlorine railcar accidents (2008)Desert Tortoise series data report: 1983 pressurized ammonia spills (1985)Evaluation of fourteen hazardous gas models with ammonia and hydrogen fluoride field data (1991)The evaporation of volatile liquids (1987)Verification and validation of Phast consequence models for accidental releases of toxic or flammable chemicals to the atmosphere (2018)Consequence modeling of a real rupture of toluene storage tank (2015)Computer simulation of impacts of a chlorine tanker truck accident (2016)A model of the dilution of a forced two-phase chemical plume in a horizontal wind (1990)Consequence analysis in LPG installation using an integrated computer package (2000)Runaway system characterization and vent sizing based on diers methodology (1987)An overview of emergency relief system design practice (1991)Properly Size Vents for Nonreactive and Reactive Chemicals (2000)Development of a hierarchical fuzzy model for the evaluation of inherent safety (2004)Dynamic response of a tank containing liquefied gas under pressure exposed to a fire: A simplified model (2017)The design of a GIS-based decision support system for chemical emergency preparedness and response in an urban environment (1997)A Grid Based Approach for Fire and Explosion Consequence Analysis (2006)
this work references cited by second hop

References

  • 1996Guidelines for Use of Vapor Cloud Dispersion Models129 cited
  • 1985Flashing flows or: Some practical guidelines for emergency releases64 cited
  • 1988Source term considerations in connection with chemical accidents and vapour cloud modelling59 cited
  • 1994Emergency Relief System Design Using DIERS Technology54 cited

Cited by

  • 2012A case study of chlorine transport and fate following a large accidental release37 cited
  • 2015Modeling an irritant gas plume for epidemiologic study28 cited
  • 2019Accident Damage Analysis Module (ADAM): Novel European Commission tool for consequence assessment—Scientific evaluation of performance20 cited
  • 2016An improved version of the consequence analysis model for chemical emergencies, ESCAPE12 cited

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