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http://dx.doi.org/10.7236/IJASC.2021.10.4.117

An Analysis of Working Hours by Type of Sprinkler Head Used at Indoor Gymnasiums  

Ahn, Jae-Cheon (Dept. of Fire and Disaster Prevention, Woosuk Univ.)
Kong, Ha-Sung (Dept. of Fire and Disaster Prevention, Woosuk Univ.)
Publication Information
International journal of advanced smart convergence / v.10, no.4, 2021 , pp. 117-123 More about this Journal
Abstract
This study aims to analyze working hours of sprinkler heads when a fire occurs at an indoor gymnasium while sprinkler heads are installed in division of standard response type, special response type, and earlier response type. The fire scenario was designed under the assumption that the fire started from overheating of a heater in the indoor gymnasium has transferred on to a couch to spread. The analysis on the operation time of the standard response type sprinkler head, the special response type sprinkler head and the early response sprinkler head was conducted. The result showed that, in case of fire in a gymnasium, the time for opening of the heat sensor due to the heat from the fire varies by the type of the sprinkler head. When a special response type sprinkler is installed, it worked below the assessment standards. When an early response sprinkler head is installed, it worked appropriately according to assessment standards. Based on the results, we found that sprinkler heads will work properly when installed according to design relevant to laws and regulations. This means that there is a limit in installation of sprinkler heads based on the existing law-based design as for indoor gymnasiums. Again, we conclude that if sprinkler heads are installed based on design made through laws and regulations, more time will be needed for operation, making it highly likely to fail to stop a fire at an earlier point of time.
Keywords
Indoor Gymnasium; Special Type; Early Response Type; Design Based on Laws and Regulations; Earlier Extinguishment;
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  • Reference
1 Dongchil Yoon, Yongseop Choi, Hakjoong Kim, "A Study on Removal of Smoke and Toxic Gases through Sprinkler Head Working" Proceedings for the Korea Disaster Prevention Symposium, p.165.
2 Kwanghyun Kim, Junho Hong, Yongho Lee, Jungha Hwang, "A Study on Assessment of Evacuation Safety based on Case Studies Involving Indoor Gymnasiums" Korea Life and Environment Journal, p.433, 2013.
3 Seong-hyeon Kim, "A Study on Ways to Improve the Standards for Prevention for Water Sprinkling with Domestic Sprinkler Heads", Department of Fire Extinguishment, Graduate School of Industrial Information, Mokwon University, p.1, 2019.
4 Joonhae Jeong, "An Analysis of Types of Movement Disabilities of Sprinkler Facilities based on Self-inspection of Fire-extinguishing Faciliteis", Department of Disaster Prevention Engineering, Graduate School of City and Science, University of Seoul, p.1, 2011.
5 Changhoon Chae, "A Comparative Analysis of Simulation on Operation Characteristics by Height of Installation of Sprinkler Heads," Department of Fire-extinguishing Engineering, Graduate School of Environment Design, Gachon University, p.35, 2012.
6 Daehyeon Choi, Jaemoon Lee, Sehong Min, "A Study on Analysis of Working Time of Sprinkler Heads Proximate to Column based on Fire simulations," Proceedings for the Korea Disaster Prevention Symposium, p.271.
7 Hyochan Jin, "A Study on Downward Head Opening Time of Vertical Sprinkler Head System", Department of Fir-extinguishing and Disaster Prevention, Graduate School of Engineering, Kyonggi University, p.2, 2020.
8 Seonghwa Eo, "A Study on Improvement of Technology Standards for Korean Sprinkler Heads", Department of Fire Extinguishment, Graduate School of Industrial Information, Mokwon University, p.2, 2014.
9 Seonhwan Gu, "A Study on Fire Characteristics of Dual Skin Structure Using a Fire Simulation," Master's Thesis, Department of Fire Extinguishment, Graduate School, Dongshin University, p.20, 2013.
10 Sangmoon Kim, Sangyeol Yoon, Gyongcheon Kim,"Simulation", Korea Visualization Information Proceedings, 4(1), p.11, 2006.
11 Jaeseong Yoon, "An Interpretation of Fires in High-rise Apartments Using a Fire Simulation Program" Department of Safety Engineering, Graduate School of Industry, Chungbuk National University, p.19, 2010.