Author(s)

Xingliang Sun ¹

Affiliation(s)

¹ Zhejiang Highway Operation Management Co., LTD, Zhejiang, China

Corresponding Author

Xingliang Sun

ABSTRACT

There is no flame detection technology that could adapt to all kinds of tunnel fire monitoring alone. Fiber Bragg Grating temperature measurement technology has the advantage of stability and sensitivity to temperature. Three wavelength infrared flame detector can detect the flame which could not change the temperature significantly in a short period of time. In this article, we combine Fiber Bragg Grating temperature measurement with an infrared flame detector to monitor tunnel fire. The combination of line type and point type is more suitable for fire monitoring in highway tunnel.Ensure the effectiveness and stability of flame monitoring.It is an important safeguard to prevent and contain highway tunnel fire.

KEYWORDS

Fiber Bragg Grating Temperature Measurement, Infrared Flame Detector, Fire Monitoring

CITE THIS PAPER

Xingliang Sun, Fiber Bragg Grating Temperature Measurement Combined with Infrared Flame Detector Applied to Highway Tunnel Fire Monitoring. Journal of Electrotechnology, Electrical Engineering and Management (2022) Vol. 5: 61-67. DOI: http://dx.doi.org/10.23977/jeeem.2022.050110.

REFERENCES

[1] LIN Zhi, CHEN Wen. CHEN Si. (2018) Risk Assessment of Typical Fire Scenes in Highway Tunnels[J]. Modern Tunneling Technology(S2), 55(S2):631-638.
[2] WANG Pengfei. (2017) Research on fire accident prevention and countermeasures in highway tunnel [J]. Fire technology and product information, 12:37-39.
[3] WANF Weiping. (2005) Study on Fire Automatic Detecting Technology for Expressway Tunnel [D]. Chong Qing University.
[4] CHEN Biao, FAN Dian, WANG Lixin. etc. (2005) Tunnel based on fiber grating sensorn Fire Alarm Monitoring System [J]. Highway Traffic Technology: Applied Technology Edition, 2006(7).
[5] Xie min, fan Dian Research on Application of FBG temperature sensing tunnel fire detection technology [J] Transportation Science and technology, 2015 (2): 3 140-142.
[6] WANG Shaofei, LIU Guiqiang, LU Hui. (2013) Application of Three Wavelength Infrared Flame Detector to Highway Tunnels [J]. Highway. 3:109-110.
[7] WANG Fucheng. (2017) Selection and Application Research of Point Type Flame Detector [J]. Technology Wind, 21:248-248.
[8] ZHOU Zhengbing. (2010) Study of Road Tunnel Fire Safety Monitor System [D]. Wuhan University of Technology.
[9] XU Hongke, QIN Yanyan, YANG Weisong, et al. (2013) Detection Method for Flame of Fire in Expressway Tunnel Based on Bouncing Characteristics of Flame Areas [J]. Technology of Highway and Transport, 4:138-141.
[10] Dongil Han, Byoungmoo Lee. (2009) Flame and smoke detection method for early real-time detection of a tunnel fire [J]. Fire Safety Journal, 44:951-961.
[11] WANG Guanyu, DONG Lei, YANG Yue. (2017) Fiber Bragg Grating Temperature Measurement Combined with Video Analysis Applied to Highway Tunnel Fire Monitoring [J]. Transportation Science and Technology, 1:112-114.
[12] Ministry of Public Security of the People's Republic of China. (1999) Design Specification for Automatic Fire Alarm System [M]. China Planning Press.

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