Calculations carried out using the heat-transfer model in an infinite cylinder, adapted to account for time-variable boundary conditions (see part I), are compared to experimental temperature and weight loss kinetics. The model is first validated by comparing the calculations with measurements carried out on wet plaster cylinders (diameters : 12.7, 10.0 and 7.5 cm), chilled under the following conditions - under time-constant conditions, 34 trials covering a wide range of variation in air properties (temperature 0 to 10°C - humidity 44 to 100 % - velocity 1.0 to 2.2 m/s) - 12 trials under time-variable conditions, air temperature varying between - 15°C and +10°C and an air velocity varying between 0.6 and 2.2 m/s. Without adjustment, the te...
Drying is the lengthiest and the most energy consuming step during the production of dry-cured ham, ...
Modelling the change in heat load with time is difficult for products with variable and complex geom...
AbstractIn this work a beef roasting model is used to analyze the behaviour of two significant param...
A mathematical model for the calculation of meat chilling is presented ; it allows the prediction of...
Development of a Heat and Mass Transfer Model to Simulate the Conventional Chilling of a Beef Carcas...
Chilling of meat carcasses immediately after slaughter is important for microbial safety and quality...
The aim of this study was to propose to French industrials chilling abaci for cooked pork hams built...
AbstractThe coupling of the heat and mass transfer occurs on foods during chilling process. The temp...
International audienceA heat transfer model was used to simulate the temperature in 3 dimensions ins...
© 2016 A computational fluid dynamics (CFD) model was developed to predict the changes in temperatur...
In the present work, temperature distribution within an industrial blast chiller with pork leg for P...
The meat industry is required to comply with processing performance standards for preventing the gro...
A two−dimensional axisymmetric transient heat conduction model was developed to simulate air chillin...
Typescript (photocopy).A two dimensional finite element model was used to predict the temperature an...
Chilling is one of the most important branches of food preservation under low temperature as it reta...
Drying is the lengthiest and the most energy consuming step during the production of dry-cured ham, ...
Modelling the change in heat load with time is difficult for products with variable and complex geom...
AbstractIn this work a beef roasting model is used to analyze the behaviour of two significant param...
A mathematical model for the calculation of meat chilling is presented ; it allows the prediction of...
Development of a Heat and Mass Transfer Model to Simulate the Conventional Chilling of a Beef Carcas...
Chilling of meat carcasses immediately after slaughter is important for microbial safety and quality...
The aim of this study was to propose to French industrials chilling abaci for cooked pork hams built...
AbstractThe coupling of the heat and mass transfer occurs on foods during chilling process. The temp...
International audienceA heat transfer model was used to simulate the temperature in 3 dimensions ins...
© 2016 A computational fluid dynamics (CFD) model was developed to predict the changes in temperatur...
In the present work, temperature distribution within an industrial blast chiller with pork leg for P...
The meat industry is required to comply with processing performance standards for preventing the gro...
A two−dimensional axisymmetric transient heat conduction model was developed to simulate air chillin...
Typescript (photocopy).A two dimensional finite element model was used to predict the temperature an...
Chilling is one of the most important branches of food preservation under low temperature as it reta...
Drying is the lengthiest and the most energy consuming step during the production of dry-cured ham, ...
Modelling the change in heat load with time is difficult for products with variable and complex geom...
AbstractIn this work a beef roasting model is used to analyze the behaviour of two significant param...