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对运用双区域模型计算大空间建筑火灾温度方法的修正 被引量:6

The revision of two-zone fire model calculating the air temperature in large space buildings
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摘要 以较为精确的场模拟为参照,对于运用双区域模拟计算出的大空间建筑火灾室内烟气温度与时间的关系曲线进行修正。通过比较计算结果得出,此修正方法提高了计算精度,并在一定程度上扩大了双区域模型计算方法的适用范围和可计算时间。 Revises the temperature-time curve of large space building fires, which is calculated by two-zone fire model. The examples are calculated comparing with field fire model, which is more precise and complicated. The results indicate, that the revision can improve the precision of two-zone fire model effectively, and broaden the limit of the model to a certain extent.(
出处 《消防科学与技术》 CAS 2005年第3期279-282,共4页 Fire Science and Technology
关键词 建筑空间 建筑火灾 烟气层温度 双区域模型 场模型 温度修正 large space building fires smoke layer temperature two-zone model field model temperature revision
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  • 1周允基,范维澄,陈莉.关于中厅火灾的全尺寸实验[J].火灾科学,1993,2(2):61-64. 被引量:6
  • 2李元州.中庭式大空间建筑火灾烟气流动与控制研究.中国科学技术大学博士学位论文[M].,2001..
  • 3William N. Brooks. Predicting thePosition of the Smoke Layer Interface Height Using NFPA 92B Calculation Methods and a CFDFire Mode. ASHRAE Transactions,1999. 105(1 ) :414 ~ 425
  • 4John H. klote. New Development In Atrium Smoke Management. ASHRAE Transactions,2000,106 ( 1 ): 620~ 626
  • 5William N. Brooks. Comparison of "Regular" and "Irregular"Methods of Calculating Smoke Layer Interface Heights in 1996 BOCA National Building Code.ASHRE Transactions. 1997. 103 (2):554~568
  • 6William A. Webb. Development of Smoke Management System. ASHRE Transactions, 1995.101 ( 1 ): 995~ 999
  • 7Wan K. Chow . Field tests on Atrium Smoke Control System. ASHRETransactions,1995.101(1):461~469
  • 8刘芳,傅祥钊,胡兵.中庭烟气流动与烟气控制全国暖通空调学术论文集(2000年):307-310
  • 9John H. Klote. Prediction of Smoke Movement in Atria:Part1 Physical Concepts. ASHRETransctions, 1997. 103(2):534~544
  • 10陆伟良.智能建筑自动化技术.北京:机械工业出版社,1 999.6

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