To Enhance the Fire Resistance Performance of High-Speed Steel Roller Door with Water Film System

De Hua Chung; Tien Chih Wang; Ming Ju Tsai; Ta Hui Lin; Shin Ku Lee

doi:10.1155/2015/436406

To Enhance the Fire Resistance Performance of High-Speed Steel Roller Door with Water Film System

De Hua Chung, Tien Chih Wang, Ming Ju Tsai, Ta Hui Lin, Shin Ku Lee

Research output: Contribution to journal › Article › peer-review

1 Citation (Scopus)

Abstract

The structure of high-speed roller door with water film has improved in this study. The flameproof water film system is equipped with a water circulating device to reduce the water consumption of water film system. The water film is generated at the roller box of the high-speed roller door in this study. The heating test is done with the full-scale heating furnace. Both cases of the water film on unexposed surface and water film on exposed surface passed the fire resistance test based on ISO 834, proving that the high-speed roller door with water film system has 120A fire resistance period. The main findings indicate that the water film on exposed surface shows that as the amount of water film evaporated by high temperature inside the furnace must be greater than the evaporation capacity of water film on unexposed surface, the required water supply is 660 L more than the water film on unexposed surface.

Original language	English
Article number	436406
Journal	Advances in Materials Science and Engineering
Volume	2015
DOIs	https://doi.org/10.1155/2015/436406
Publication status	Published - 2015

All Science Journal Classification (ASJC) codes

General Materials Science
General Engineering

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10.1155/2015/436406

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title = "To Enhance the Fire Resistance Performance of High-Speed Steel Roller Door with Water Film System",

abstract = "The structure of high-speed roller door with water film has improved in this study. The flameproof water film system is equipped with a water circulating device to reduce the water consumption of water film system. The water film is generated at the roller box of the high-speed roller door in this study. The heating test is done with the full-scale heating furnace. Both cases of the water film on unexposed surface and water film on exposed surface passed the fire resistance test based on ISO 834, proving that the high-speed roller door with water film system has 120A fire resistance period. The main findings indicate that the water film on exposed surface shows that as the amount of water film evaporated by high temperature inside the furnace must be greater than the evaporation capacity of water film on unexposed surface, the required water supply is 660 L more than the water film on unexposed surface.",

author = "Chung, {De Hua} and Wang, {Tien Chih} and Tsai, {Ming Ju} and Lin, {Ta Hui} and Lee, {Shin Ku}",

note = "Publisher Copyright: {\textcopyright} 2015 De-Hua Chung et al.",

year = "2015",

doi = "10.1155/2015/436406",

language = "English",

volume = "2015",

journal = "Advances in Materials Science and Engineering",

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T1 - To Enhance the Fire Resistance Performance of High-Speed Steel Roller Door with Water Film System

AU - Chung, De Hua

AU - Wang, Tien Chih

AU - Tsai, Ming Ju

AU - Lin, Ta Hui

AU - Lee, Shin Ku

PY - 2015

Y1 - 2015

N2 - The structure of high-speed roller door with water film has improved in this study. The flameproof water film system is equipped with a water circulating device to reduce the water consumption of water film system. The water film is generated at the roller box of the high-speed roller door in this study. The heating test is done with the full-scale heating furnace. Both cases of the water film on unexposed surface and water film on exposed surface passed the fire resistance test based on ISO 834, proving that the high-speed roller door with water film system has 120A fire resistance period. The main findings indicate that the water film on exposed surface shows that as the amount of water film evaporated by high temperature inside the furnace must be greater than the evaporation capacity of water film on unexposed surface, the required water supply is 660 L more than the water film on unexposed surface.

AB - The structure of high-speed roller door with water film has improved in this study. The flameproof water film system is equipped with a water circulating device to reduce the water consumption of water film system. The water film is generated at the roller box of the high-speed roller door in this study. The heating test is done with the full-scale heating furnace. Both cases of the water film on unexposed surface and water film on exposed surface passed the fire resistance test based on ISO 834, proving that the high-speed roller door with water film system has 120A fire resistance period. The main findings indicate that the water film on exposed surface shows that as the amount of water film evaporated by high temperature inside the furnace must be greater than the evaporation capacity of water film on unexposed surface, the required water supply is 660 L more than the water film on unexposed surface.

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To Enhance the Fire Resistance Performance of High-Speed Steel Roller Door with Water Film System

Abstract

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