Add to ORKGIn memoriam of Dr. H. Peter STEINHAGEN In this work we present a mathematical model to predict the red oak wood vacuum drying kinetics. The mathematical model considers molecular diffusion and two-dimensional flow of humidity. The experimental work was carried out in controlled conditions of temperature and relative humidity to estimate the effective diffusion coefficient and moisture content in the wood. An “Arrhenius” type expression was employed for temperature dependence of diffusion coefficient
"This paper presents the use of a combined constant drying-rate and diffusion model to simulate the ...
The hypothesis that the longitudinal moisture content profile follows the shape of the sorption isot...
The objective of this research was to theoretically and experimentally investigate the boiling pheno...
In memoriam of Dr. H. Peter STEINHAGEN In this work we present a mathematical model to predict the r...
Vacuum techniques are commonly used in material drying applications as they provide good quality at ...
The drying of lumber was modeled by the diffusion of water in wood, according to Fick's second law. ...
The purpose of this study was to investigate the electromagnetic energy dissipation coupled with hea...
The purpose of this study was to investigate the electromagnetic energy dissipation coupled with hea...
International audienceA robust mathematical model was developed to simulate the heat and mass transf...
A robust mathematical model was developed to simulate the heat and mass transfer process that evolve...
A robust mathematical model was developed to simulate the heat and mass transfer process that evolve...
The knowledge of the ratio ϵ of vapor diffusion to the total water movement in wood during drying is...
Using a base system of three differential equations as suggested by Luikov and Mihaylov, a non-linea...
A coupled drying model for wood is proposed by introducing a dynamic capillary pressure. The pressur...
Transfer equations in a transport model for wood drying are rearranged to give equations that have s...
"This paper presents the use of a combined constant drying-rate and diffusion model to simulate the ...
The hypothesis that the longitudinal moisture content profile follows the shape of the sorption isot...
The objective of this research was to theoretically and experimentally investigate the boiling pheno...
In memoriam of Dr. H. Peter STEINHAGEN In this work we present a mathematical model to predict the r...
Vacuum techniques are commonly used in material drying applications as they provide good quality at ...
The drying of lumber was modeled by the diffusion of water in wood, according to Fick's second law. ...
The purpose of this study was to investigate the electromagnetic energy dissipation coupled with hea...
The purpose of this study was to investigate the electromagnetic energy dissipation coupled with hea...
International audienceA robust mathematical model was developed to simulate the heat and mass transf...
A robust mathematical model was developed to simulate the heat and mass transfer process that evolve...
A robust mathematical model was developed to simulate the heat and mass transfer process that evolve...
The knowledge of the ratio ϵ of vapor diffusion to the total water movement in wood during drying is...
Using a base system of three differential equations as suggested by Luikov and Mihaylov, a non-linea...
A coupled drying model for wood is proposed by introducing a dynamic capillary pressure. The pressur...
Transfer equations in a transport model for wood drying are rearranged to give equations that have s...
"This paper presents the use of a combined constant drying-rate and diffusion model to simulate the ...
The hypothesis that the longitudinal moisture content profile follows the shape of the sorption isot...
The objective of this research was to theoretically and experimentally investigate the boiling pheno...