Significant advances have been achieved in the last decades for predicting flash point, not
only for pure substances but also for multicomponent fuels, even if they are complex …

This study proposes easy-to-apply machine learning-developed models, which predict four
flammability properties of pure organic compounds: the flash point, heat of combustion …

This work introduces a simple method for prediction of the flash point of different classes of
unsaturated hydrocarbons including alkenes, alkynes and aromatics. Elemental composition …

Flash points of organic molecules play an important role in preventing flammability hazards
and large databases of measured values exist, although millions of compounds remain …

Flash point is a key property of liquids to evaluate the safety of industrial processes. Mixing
rules are commonly used to calculate the flash point of liquid mixtures, but they need …

Flash point temperature is one of the most-widely used physical properties for the evaluation
of the flammability hazard of combustible liquids. In this communication, an empirical …

The flash point of hydrocarbons and petroleum mixtures is important safety-related data for
processing and handling of these materials. In this paper, experimentally measured data on …

Flash points (T FP) of hydrocarbons are calculated from their flash point numbers, N FP, with
the relationship T FP (K)= 23.369 N FP 2/3+ 20.010 N FP 1/3+ 31.901 In turn, the N FP …

Flash point temperatures of organic compounds are predicted on the basis of a power law
involving 21 additive contributions associated with non-hydrogen atoms and ring structures …

Flash points (T FP) of organic compounds are calculated from their flash point numbers, N
FP, with the relationship T FP= 23.369 N FP2/3+ 20.010 N FP1/3+ 31.901. In turn, the N FP …