Vulnerability Analysis for Risk Zones Boundary Definition to Support a Decision Making Process at CBRNE Operations

Aliaksei Patsekha; Michael Hohenberger; Harald Raupenstrauch

Vulnerability Analysis for Risk Zones Boundary Definition to Support a Decision Making Process at CBRNE Operations

Aliaksei Patsekha, Michael Hohenberger, Harald Raupenstrauch

Research output: Chapter in Book/Report/Conference proceeding › Conference contribution

527 Downloads (Pure)

Abstract

An effective emergency response to CBRNE accidents that represent highly dynamic situations needs immediate actions within limited time, information and resources. The aim of the study is to provide the foundation for division of unsafe area into risk zones according to the impact of hazardous parameters (heat radiation, thermal dose, overpressure, chemical concentrations). A decision on the boundary values for three risk zones is based on the vulnerability analysis that covered a variety of accident scenarios containing the release of a toxic or flammable substance which either evaporates, ignites and/or explodes. Critical values are selected for the boundary definition of the Red, Orange and Yellow risk zones upon the examination of harmful effects that are likely to cause injuries of varying severity to people and different levels of damage to structures. The obtained results provide the basis for creating a comprehensive real-time risk map for a decision support at CBRNE operations.

Original language	English
Title of host publication	IRC 2021 XV. International Research Conference Proceedings
Subtitle of host publication	ICRSSE 2021:15. International Conference on Reliability, Safety and Security Engineering
Place of Publication	Berlin
Publisher	World Academy of Science, Engineering and Technology
Pages	4-7
Volume	15
ISBN (Electronic)	1307-6892
Publication status	Published - 22 Jul 2021
Event	ICRSSE 2021: 15. International Conference on Reliability, Safety and Security Engineering - Online Duration: 22 Jul 2021 → 23 Jul 2021 Conference number: 15 https://waset.org/reliability-safety-and-security-engineering-conference-in-july-2021-in-berlin

Conference

Conference	ICRSSE 2021: 15. International Conference on Reliability, Safety and Security Engineering
Abbreviated title	ICRSSE 2021
Period	22/07/21 → 23/07/21
Internet address	https://waset.org/reliability-safety-and-security-engineering-conference-in-july-2021-in-berlin

Keywords

boundary values
CBRNE threats
decision making process
hazardous effects
vulnerability analysis
risk zones

Access to Document

Proceedings_IRC2021_Berlin_22-23.07.2021

Cite this

Patsekha, A., Hohenberger, M., & Raupenstrauch, H. (2021). Vulnerability Analysis for Risk Zones Boundary Definition to Support a Decision Making Process at CBRNE Operations. In IRC 2021 XV. International Research Conference Proceedings: ICRSSE 2021:15. International Conference on Reliability, Safety and Security Engineering (Vol. 15, pp. 4-7). World Academy of Science, Engineering and Technology.

Patsekha, Aliaksei ; Hohenberger, Michael ; Raupenstrauch, Harald. / Vulnerability Analysis for Risk Zones Boundary Definition to Support a Decision Making Process at CBRNE Operations. IRC 2021 XV. International Research Conference Proceedings: ICRSSE 2021:15. International Conference on Reliability, Safety and Security Engineering. Vol. 15 Berlin : World Academy of Science, Engineering and Technology, 2021. pp. 4-7

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abstract = "An effective emergency response to CBRNE accidents that represent highly dynamic situations needs immediate actions within limited time, information and resources. The aim of the study is to provide the foundation for division of unsafe area into risk zones according to the impact of hazardous parameters (heat radiation, thermal dose, overpressure, chemical concentrations). A decision on the boundary values for three risk zones is based on the vulnerability analysis that covered a variety of accident scenarios containing the release of a toxic or flammable substance which either evaporates, ignites and/or explodes. Critical values are selected for the boundary definition of the Red, Orange and Yellow risk zones upon the examination of harmful effects that are likely to cause injuries of varying severity to people and different levels of damage to structures. The obtained results provide the basis for creating a comprehensive real-time risk map for a decision support at CBRNE operations.",

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booktitle = "IRC 2021 XV. International Research Conference Proceedings",

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note = "ICRSSE 2021: 15. International Conference on Reliability, Safety and Security Engineering, ICRSSE 2021 ; Conference date: 22-07-2021 Through 23-07-2021",

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Patsekha, A, Hohenberger, M & Raupenstrauch, H 2021, Vulnerability Analysis for Risk Zones Boundary Definition to Support a Decision Making Process at CBRNE Operations. in IRC 2021 XV. International Research Conference Proceedings: ICRSSE 2021:15. International Conference on Reliability, Safety and Security Engineering. vol. 15, World Academy of Science, Engineering and Technology, Berlin, pp. 4-7, ICRSSE 2021: 15. International Conference on Reliability, Safety and Security Engineering, 22/07/21.

Vulnerability Analysis for Risk Zones Boundary Definition to Support a Decision Making Process at CBRNE Operations. / Patsekha, Aliaksei; Hohenberger, Michael; Raupenstrauch, Harald.
IRC 2021 XV. International Research Conference Proceedings: ICRSSE 2021:15. International Conference on Reliability, Safety and Security Engineering. Vol. 15 Berlin: World Academy of Science, Engineering and Technology, 2021. p. 4-7.

Research output: Chapter in Book/Report/Conference proceeding › Conference contribution

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Patsekha A, Hohenberger M, Raupenstrauch H. Vulnerability Analysis for Risk Zones Boundary Definition to Support a Decision Making Process at CBRNE Operations. In IRC 2021 XV. International Research Conference Proceedings: ICRSSE 2021:15. International Conference on Reliability, Safety and Security Engineering. Vol. 15. Berlin: World Academy of Science, Engineering and Technology. 2021. p. 4-7

Vulnerability Analysis for Risk Zones Boundary Definition to Support a Decision Making Process at CBRNE Operations

Abstract

Conference

Keywords

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ICRSSE 2021: 15. International Conference on Reliability, Safety and Security Engineering

Cite this