02685nam a2200289 4500 391011 391011 20120619d2011 y0pory50 ba eng Fire dynamics and forensic analysis of liquid fuel fires Recurso eletrónico Christopher L. Mealy, Matthew E. Benfer, Daniel T. Gottuk [Baltimore, MD] ed. do a. 2011 1 CD-ROM 12 cm Research report submitted to the U.S. Department of Justice by Hughes Associates, Inc. Award nr. 2008-DN-BX-K168. Ficheiro de 10,5 MB em formato PDF (237 p.). Disponível também em: https://www.ncjrs.gov/pdffiles1/nij/grants/238704.pdf. Acedido a 19 de junho de 2012. Liquid fuel spill/pool fires represent the initiating fire hazard in many applications ranging from accidents at industrial plants using combustible liquids to residential arson fires involving flammable fuels. Given the relevancy of such fires and broad range of potential scenarios, it is important to understand how liquid fuel fires develop and how to accurately calculate the fire size based on knowledge of the fuel type, quantity and the surface it is poured on. In addition, it is important to quantitatively correlate fire size to spill area and burn patterns. This understanding will afford the fire protection and investigation communities the ability to properly assess the potential hazards and forensically evaluate damage from fuel spill fire events. The purpose of this study is to expand the fundamental understanding of liquid fuel fire dynamics, establish the utility of forensic tools, and validate empirically-based correlations used to model spill fire scenarios. A multitude of small-, intermediate-, and large-scale noncombustible liquid spill and fuel spill fire tests were conducted using a total of six different liquid fuels and eight different substrates. The results of these tests provide insight into the differences in fire dynamics between pool and spill fires (i.e., thick and thin fuel depths), provide a methodology by which liquid fuel fire events can be assessed, and identify forensic indicators that can be used in the analysis of liquid fuel fire events. INCÊNDIO 243828 PRODUTO INFLAMÁVEL 343931 CIÊNCIA FORENSE 321508 MEALY Christopher L. 356797 BENFER Matthew E. 356798 GOTTUK Daniel T. 356799 Oferta 0 PJCD_200_000000000000000 2022-06-06 PJCD200 422911 PJ PJ PJ1CD200_14 PJCD200 2022-06-06 0 MO Oferta