Journal of Food Science · 1989 · 68 citations · 15 references
AgricultureAnimal SciencesFood ScienceFood EngineeringHeat TransferMeat ScienceHeat ConductionHeat Transfer In FoodsHeat Transfer ModelingMeat CompositionMeat QualityThermal Properties Of MaterialsEmpirical Prediction EquationsThermal ConductivityThermal Conductivity CorrelationThermal Conductivity ModelingThermal Properties Of Foods
ABSTRACT The thermal conductivity of fresh lamb meat, offals and fat was measured over the temperature range ‐40°C to +30°C using a guarded hot plate apparatus. Simple empirical equations were presented for the conductivity of high‐moisture (65 to 80%) meat and offals. With independently obtained values of physical parameters, several theoretical models were tested to sec if thermal conductivity could be calculated from composition and temperature. Over a wide range of compositions and temperatures, best predictions (in terms of mean, standard deviation and range of errors) were obtained with Levy's modification to the Maxwell‐Eucken equation. Its accuracy was not unduly sensitive to the uncertainties in the values of the physical parameters, the prediction errors remaining in the range ± 10% for all reasonable values of the latter.
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Food engineering and process applications
Marc Le Maguer, P. Jelen · 1986 · 335 citations
Serpil Şahin, Gülüm Şümnü · 2009 · 202 citations
Agriculture, Food Science, Nutrition +12