Ayotzinapa

Anexo 1. Informe pericial aspectos relacionados al fuego
Schultz, J.J., Warren, M.W. y Krigbaum, J.S., Analysis of Human Cremains: Gross and
Chemical Methods, The Analysis of Burned Human Remains, Academic Press, 2008,
pp. 75-94.
Smith, K.T. and Kennedy Sutherland, E., Fire-scar formation and compartmentalization
in oak, Can. J. For. Res. 29: 166–171 (1999).
Spearpoint, M.J. and Quintiere, J.G., Predicting the Burning of Wood Using and Integral
Model, Combustion and Flame, 123, 3, 308-325, 2000.
Torero, J.L., Vietoris, T., Legros, G., Joulain, P. “Estimation of a Total Mass Transfer
Number from Stand-off Distance of a Spreading Flame,” Combustion Science and
Technology, 174 (11-12), pp.187-203, 2002.
Warren, M.W. and van Deest, T.L. Human Cremation: Commingling and Questioned
Identity, Adams and Byrd Editors, Commingling and Human Remains: Methods in
Recovery, Analysis and Identification, Academic Press, 2014.
7. Anexo 1
Nomenclatura:
J = Joules (unidad de energía)
W = Watts (unidad de potencia)
kW= kilo Watt = 1,000 W
kW/m 2 = energía por unidad de área
MW = Mega Watt = 1,000 kW
G = gramo
kg = kilogramo = 1000 g
a. Calor de Combustión (estimados)
Gas natural: 54 MJ/kg (Drysdale, 2012)
Madera: 20 MJ/kg (Drysdale, 2012)
Neumáticos: 45 MJ/kg (Drysdale, 2012)
Diésel: 45 MJ/kg (Drysdale, 2012)
b. Consumo de combustible por cuerpo
Caso Ideal
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