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Full-Scale Validation Tests of a Forensic Methodology to Determine Smoke Alarm Response

机译:法医学方法的全面验证测试,以确定烟雾警报响应

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摘要

The potential utility of enhanced soot deposition patterns around the openings of smoke alarm horns during post-fire forensic analysis has been realized through the findings of several experimental studies (Phelan, An investigation of enhanced soot deposition on smoke alarm horns. Master of Science Thesis, Worcester Polytechnic Institute, Worcester, MA, 250 pp, 2005; Fire Technol 37(4):343-362, 2001; Fire Technol 39(4):309-346, 2003). The data and analytical discussions put forth in these studies have provided a strong technical basis for describing the development of these patterns as well as for outlining the analysis of patterns to determine the operability of an alarm during a fire event. The purpose of this paper is to expand upon the findings of the previous work and validate the inspection heuristics developed by Phelan et al. Validation of the inspection heuristics was performed using data obtained from alarms exposed to full-scale enclosure fire scenarios permitted to reach flashover conditions.
机译:通过几项实验研究的发现(Phelan,关于在烟气报警喇叭上增加烟灰沉积的研究。科学硕士,伍斯特理工学院,马萨诸塞州伍斯特,250 pp,2005; Fire Technol 37(4):343-362,2001; Fire Technol 39(4):309-346,2003)。这些研究中提出的数据和分析讨论为描述这些模式的发展以及概述模式分析以确定火灾事件期间警报的可操作性提供了强大的技术基础。本文的目的是扩展先前工作的发现并验证Phelan等人开发的检查启发式方法。使用从暴露于允许达到闪络条件的全尺寸机柜火灾场景的警报中获得的数据来执行检查启发法的验证。

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