P. Antosiewicz
Volume 552: Issue 8
Pages 91-93
Accepted for publication: 27.06.2018 r.
The influence of fire conditions (smokiness) on evacuation lighting intensity on the basis of test fires (TF) was determined, taking into account the combustion of materials having various smoke-generating properties.
Keywords: illuminance; evacuation lighting; test fires TF; smoke; evacuation conditions.
Keywords: illuminance; evacuation lighting; test fires TF; smoke; evacuation conditions.
[1] Akizuki Yuki. 2007. „Experimental Study on Walking Speed in Escape Route Considering Luminous Condition, Smoke Density and Evacuess`s Visual Acuity”. Seventh Asia-Oceania Symposium on Fire Science and Technology.
[2] Akizuki Yuki, Tanaka Takeyoshi, Yamao Kohei. 2008. „Calculation Model for Travel Speed and Psychological State in Escape Route Considering Luminous Condition, Smoke Density and Evacuess`s Visual Acuity.” Fire Safety Science: 365 – 76. DOI:10.3801/IAFSS.FSS.9-365.
[3] Akizuki Yuki, Tanaka Takeyoshi, Suzuki Hidekazu, Tsuchihashi Tsuneto. 2005. „Calculation Method for Visibility of Emergency Sign in Fire Taking into Account of Smoke Adhesion.” Fire Safety Science: 1093 – 1105. DOI:10.3801/IAFSS.FSS.8-1093.
[4] Akizuki Yuki, Tanaka Takeyoshi. 2013. „Prediction Model for Target Luminance in Fire Smoke by Taking into Consideration the Adhesion of Smoke Particles.” Procedia Engineering (62): 483 – 492. DOI:10.1016/j.proeng.2013.08.091.
[5] Akizuki Yuki, Tanaka Takeyoshi. 2004 „Visibility of Text Information Functioning as Urban Disaster Prevention – The Visibility of Emergency Signs in the Daegu Subway Fire, Korea”: 1–12.
[6] ISO/TS 7240-9:2012 Fire detection and alarm
systems – Part 9: Test fires for fire detectors (Technical Specification). [7] Jin Tadahisa. 1970. „Bulletin of the Fire Prevention Society of Japan – Visibility through Fire Smoke (I)”.
[8] Marzec Stanisław, Witold Ślirz, Paweł Kruczek. 2008. „Badanie oświetlenia elektrycznego we wnętrzach”. DASL Systems.
[9] Pawlak Andrzej. 2006. „Oświetlenie awaryjne – wymagania.” Bezpieczeństwo Pracy (6): 20 – 24.
[10] Pawlak Andrzej. 2015. „Zasady eksploatacji systemów oświetlenia awaryjnego.” Przegląd Elektrotechniczny (7): 64 – 68. DOI: 10.15199/48.2015.07.20.
[11] Węgrzyński Wojciech, Konecki Marek. 2018 „Influence of the Fire Location and the Size of a Compartment on the Heat and Smoke Flow out of the Compartment.” AIP Conference Proceedings. DOI:10.1063/1.5019110.
[12] Węgrzyński Wojciech, Vigne Gabriele. 2017. „Experimental and Numerical Evaluation of the Influence of the Soot Yield on the Visibility in Smoke in CFD Analysis.” Fire Safety Journal (91): 389 – 98. DOI:10.1016/J.FIRESAF.2017.03.053. [13] „Wytyczne Projektowania Oświetlenia Awaryjnego SITPWP-01:2006”. SITP.
[2] Akizuki Yuki, Tanaka Takeyoshi, Yamao Kohei. 2008. „Calculation Model for Travel Speed and Psychological State in Escape Route Considering Luminous Condition, Smoke Density and Evacuess`s Visual Acuity.” Fire Safety Science: 365 – 76. DOI:10.3801/IAFSS.FSS.9-365.
[3] Akizuki Yuki, Tanaka Takeyoshi, Suzuki Hidekazu, Tsuchihashi Tsuneto. 2005. „Calculation Method for Visibility of Emergency Sign in Fire Taking into Account of Smoke Adhesion.” Fire Safety Science: 1093 – 1105. DOI:10.3801/IAFSS.FSS.8-1093.
[4] Akizuki Yuki, Tanaka Takeyoshi. 2013. „Prediction Model for Target Luminance in Fire Smoke by Taking into Consideration the Adhesion of Smoke Particles.” Procedia Engineering (62): 483 – 492. DOI:10.1016/j.proeng.2013.08.091.
[5] Akizuki Yuki, Tanaka Takeyoshi. 2004 „Visibility of Text Information Functioning as Urban Disaster Prevention – The Visibility of Emergency Signs in the Daegu Subway Fire, Korea”: 1–12.
[6] ISO/TS 7240-9:2012 Fire detection and alarm
systems – Part 9: Test fires for fire detectors (Technical Specification). [7] Jin Tadahisa. 1970. „Bulletin of the Fire Prevention Society of Japan – Visibility through Fire Smoke (I)”.
[8] Marzec Stanisław, Witold Ślirz, Paweł Kruczek. 2008. „Badanie oświetlenia elektrycznego we wnętrzach”. DASL Systems.
[9] Pawlak Andrzej. 2006. „Oświetlenie awaryjne – wymagania.” Bezpieczeństwo Pracy (6): 20 – 24.
[10] Pawlak Andrzej. 2015. „Zasady eksploatacji systemów oświetlenia awaryjnego.” Przegląd Elektrotechniczny (7): 64 – 68. DOI: 10.15199/48.2015.07.20.
[11] Węgrzyński Wojciech, Konecki Marek. 2018 „Influence of the Fire Location and the Size of a Compartment on the Heat and Smoke Flow out of the Compartment.” AIP Conference Proceedings. DOI:10.1063/1.5019110.
[12] Węgrzyński Wojciech, Vigne Gabriele. 2017. „Experimental and Numerical Evaluation of the Influence of the Soot Yield on the Visibility in Smoke in CFD Analysis.” Fire Safety Journal (91): 389 – 98. DOI:10.1016/J.FIRESAF.2017.03.053. [13] „Wytyczne Projektowania Oświetlenia Awaryjnego SITPWP-01:2006”. SITP.
mgr inż. Piotr Antosiewicz, Instytut Techniki Budowlanej; Zakład Badań Ogniowych
mgr inż. Piotr Antosiewicz
Full paper is available at Publisher house SIGMA-NOT Sp. z o.o. webpage
DOI: 10.15199/33.2018.08.24