Zare & Chen (2009) reported that the main error differences between the simulation variables of the deep-bed and the experimental data are due to: (1) the

Keywords : Convective and intermittent drying - Heat and mass transfer - Drying kinetic - Numerical

Liu, “Mechanism and mathematical model of heat and mass transfer during convective drying of porous materials,” Heat Transf. G.Rethwisch, Materials Science and

This study investigated the mechanism of simultaneous heat and mass transfer in the process of drying of a single body, mathematical modeling of heat and mass transfer

This study investigated the mechanism of simultaneous heat and mass transfer in the process of drying of a single body, mathematical modeling of heat and mass

Few consolidation software solutions link seamlessly to the surrounding processes, handle IFRS and multi-GAAP effectively, deliver XBRL reports, and have features to manage

A set of empirical correlations have been employed to determine the product properties which assumed to be changed during drying process like (thermal

3D numerical simulation of flow and conjugate heat transfer through a pore scale model of high porosity open cell metal foam. Heat

This shows the condition when water recedes into the inner body and the capillary action is slowly diminished as water is strongly bonded to the porous matrix, consequently the

Based on the theory of heat and mass transfer, a coupled model for the porous medium vacuum drying process is constructed.. The model is implemented and solved using COMSOL

Based on the theory of heat and mass transfer, a coupled model for the porous medium vacuum drying process is constructed.. The model is implemented and solved using

• Bound water is considered as the intracellular water that includes cell vacuole water and cell wall water, which is about 90 percent of total water content [7].. • Bound water

The experimental inlet temperature and moisture content data were taken from the previous studies [3, 9-11] to determine actual energy and exergy efficiencies for the fluidized

Figure 1: Cutaway View of the Buffer/Container Experiment (left); Main view on model mesh of experimental site (center); Detail view on model mesh of container and buffer (right)..

The proposed model of the drying process based on simple description of the heat and mass transfer was applied to determine the effective diffusion coefficient by experimental

a) Develop a validated computational fluid dynamics (CFD) model capable of predicting transfer processes (airflow, heat and moisture) in multi-scale structured horticultural

Fluidized bed dryers are extensively used in particular solids drying because of their high rates of heat and mass transfer and the reduced drying

Keywords: Turbulent boundary layer; Heat/Mass Transfer Analogy; Large-Eddy Simulation (LES); Elliptic Blending Reynolds Stress Model (EB-RSM); Turbulent heat transfer