Inlet Area and Building HeightTo Investigate the Effect of the Application of Natural Ventilation Systems

Inlet Area and Building HeightTo Investigate the Effect of the Application of Natural Ventilation Systems

碩士 === 吳鳳科技大學 === 消防研究所 === 102 === ABSTRACT In performance-based fire engineering designs, the ASET[1] and RSET[2] will be compared to ensure that safe evacuation can be achieved in case of fire. There are several ways in achieving this goal, such as enhancing smoke management system performanc...

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Main Authors: Kevin Lee, 李志峰
Other Authors: Guan -Xiong Yang
Format: Others
Language:zh-TW
Published: 2014
Online Access:http://ndltd.ncl.edu.tw/handle/68096101357145722176
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spelling ndltd-TW-102WFIT02690022016-10-23T04:11:56Z http://ndltd.ncl.edu.tw/handle/68096101357145722176 Inlet Area and Building HeightTo Investigate the Effect of the Application of Natural Ventilation Systems 進風口面積與建築物高度 對自然排煙系統影響之應用探討 Kevin Lee 李志峰 碩士 吳鳳科技大學 消防研究所 102 ABSTRACT In performance-based fire engineering designs, the ASET[1] and RSET[2] will be compared to ensure that safe evacuation can be achieved in case of fire. There are several ways in achieving this goal, such as enhancing smoke management system performances via proper natural vent openings. In designing appropriate smoke exhaust system sizing and performance upgrading to alleviate the smoke descending rate, or providing more number of and wider exits to shorten the egress time required is of essential importance. In this study, the impact of natural vent openings on smake mamagement system performances, using route B and C as analytical tools, has been analyzed. The result indicated that appropriate natural vent openings is essential to smoke managrment system performances. Keywords: natural smoke, RSET, ASET Guan -Xiong Yang 楊冠雄 2014 學位論文 ; thesis 105 zh-TW
collection NDLTD
language zh-TW
format Others
sources NDLTD
description 碩士 === 吳鳳科技大學 === 消防研究所 === 102 === ABSTRACT In performance-based fire engineering designs, the ASET[1] and RSET[2] will be compared to ensure that safe evacuation can be achieved in case of fire. There are several ways in achieving this goal, such as enhancing smoke management system performances via proper natural vent openings. In designing appropriate smoke exhaust system sizing and performance upgrading to alleviate the smoke descending rate, or providing more number of and wider exits to shorten the egress time required is of essential importance. In this study, the impact of natural vent openings on smake mamagement system performances, using route B and C as analytical tools, has been analyzed. The result indicated that appropriate natural vent openings is essential to smoke managrment system performances. Keywords: natural smoke, RSET, ASET
author2 Guan -Xiong Yang
author_facet Guan -Xiong Yang
Kevin Lee
李志峰
author Kevin Lee
李志峰
spellingShingle Kevin Lee
李志峰
Inlet Area and Building HeightTo Investigate the Effect of the Application of Natural Ventilation Systems
author_sort Kevin Lee
title Inlet Area and Building HeightTo Investigate the Effect of the Application of Natural Ventilation Systems
title_short Inlet Area and Building HeightTo Investigate the Effect of the Application of Natural Ventilation Systems
title_full Inlet Area and Building HeightTo Investigate the Effect of the Application of Natural Ventilation Systems
title_fullStr Inlet Area and Building HeightTo Investigate the Effect of the Application of Natural Ventilation Systems
title_full_unstemmed Inlet Area and Building HeightTo Investigate the Effect of the Application of Natural Ventilation Systems
title_sort inlet area and building heightto investigate the effect of the application of natural ventilation systems
publishDate 2014
url http://ndltd.ncl.edu.tw/handle/68096101357145722176
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