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| Relationship between Designed Fire and Performance of Smoke-Control System in a Living Room |
| Suckhwan Joung, Wonsin Oh |
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Fire Sci. Eng.. 2021;35(3):34-41. Published online June 30, 2021 DOI: https://doi.org/10.7731/KIFSE.ce50ccb7 |
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Relationship between Designed Fire and Performance of Smoke-Control System in a Living Room Fire Science and Engineering. 2021;35(3):34-41  The Relationship Between Smoke Concentration Some Distance Down the Hallway and the Opening of the Room of Fire Origin Journal of Fire Sciences. 2003;21(4):305-318 Performance Improvement of Smoke-Control System Using CONTAMW Fire Science and Engineering. 2021;35(3):53-58 A correlation for predicting smoke layer temperature in a room adjacent to a room involved in a pre-flashover fire Fire and Materials. 2012;38(2):182-193 Experimental Study on Influence of Air Supply System Difference on Smoke Shielding Performance in Air Pressure Smoke Control Fire Science and Technology 2015. 2016;801-810 Comparison of smoke component yields between room‐scale and bench‐scale experiments Fire and Materials. 2020;45(2):225-249 Smoke detectors in apartments and one-family houses: A comparison between the maintenance, care and performance of free and purchased smoke detectors Fire Safety Journal. 1989;15(3):195-210 Analysis of work on smoke component yields from room-scale fire tests Fire and Materials. 2005;29(5):303-314 Numerical simulation of smoke movement in clean room environments Fire Safety Journal. 2000;34(2):169-189 Evaluation of the room smoke filling time for fire plumes: Influence of the room geometry Fire and Materials. 2020;44(6):793-803 |
