Changes in fluidization behaviour of green peas particulates with change in moisture con-tent during drying were investigated using a fluidized bed dryer. All drying experiments were conducted at 50 + 2 0C and 13 + 2 % RH using a heat pump dehumidifier system. Fluidization experiments were undertaken for the bedheights of 100, 80, 60 and 40 mm and at 10 moisture content levels. Fluidization behaviour was best fitted to the linear model of Umf = A + B m. A generalized model was also formulated using the height variation. Also generalized equation and Ergun equation was used to compare minimum fluidization velocity
In the agricultural industry, drying is a very important process to preserve food products. Also, fl...
In this paper, the heat transfer was studied in case of spherical material. Green peas were dried in...
Three different particular geometrical shapes of parallelepiped, cylinder and sphere were taken from...
Changes in fluidization behaviour of three geometrical shaped food particulates, cylindrical (beans)...
Changes in fluidization behaviour of three geometrical shaped food particulates, with changes in moi...
Changes in fluidization behaviour of three geometrical shaped food particulates, cylindrical (beans)...
Changes in the physical properties (such as particle density, bulk density of the bed, shrinkage and...
Changes in physical properties (shrinkage, particle density, bulk density and porosity of the bed) o...
Fluidisation characteristics of moist spherical particles was studied using peas as the moist food p...
ABSTRACT: The drying behavior of green peas is investigated in a pilot scaled Fluidized Bed Dryer (F...
A comparative study of physical property changes were studied and compared for fixed bed and fluid b...
Fluidisation behaviour of cylindrical bean particulates were studies and empirical models were prese...
Three particular geometrical shapes of parallelepiped, cylindrical and spheres were selected from po...
The effect of moisture content drying rate for different diameters of green peas at different temper...
Three particular geometrical shapes, parallelepiped, cylindrical and spherical, were selected from p...
In the agricultural industry, drying is a very important process to preserve food products. Also, fl...
In this paper, the heat transfer was studied in case of spherical material. Green peas were dried in...
Three different particular geometrical shapes of parallelepiped, cylinder and sphere were taken from...
Changes in fluidization behaviour of three geometrical shaped food particulates, cylindrical (beans)...
Changes in fluidization behaviour of three geometrical shaped food particulates, with changes in moi...
Changes in fluidization behaviour of three geometrical shaped food particulates, cylindrical (beans)...
Changes in the physical properties (such as particle density, bulk density of the bed, shrinkage and...
Changes in physical properties (shrinkage, particle density, bulk density and porosity of the bed) o...
Fluidisation characteristics of moist spherical particles was studied using peas as the moist food p...
ABSTRACT: The drying behavior of green peas is investigated in a pilot scaled Fluidized Bed Dryer (F...
A comparative study of physical property changes were studied and compared for fixed bed and fluid b...
Fluidisation behaviour of cylindrical bean particulates were studies and empirical models were prese...
Three particular geometrical shapes of parallelepiped, cylindrical and spheres were selected from po...
The effect of moisture content drying rate for different diameters of green peas at different temper...
Three particular geometrical shapes, parallelepiped, cylindrical and spherical, were selected from p...
In the agricultural industry, drying is a very important process to preserve food products. Also, fl...
In this paper, the heat transfer was studied in case of spherical material. Green peas were dried in...
Three different particular geometrical shapes of parallelepiped, cylinder and sphere were taken from...