Add to ORKGFour experiments were conducted to measure the flux of water vapor through white pine wood transverse to the grain with an applied thermal gradient of 7 C/cm. The results were compared with a theoretical equation based on activation theory, in which both moisture-content and thermal gradients are taken into account. A reasonable agreement was found between the experimental and theoretical fluxes. The results could not be explained either on the basis of a moisture-content or partial-pressure gradient taken separately
The calculation of non-isothermal moisture transport requires a moisture flow coefficient, Dφ(φ,T), ...
A macroscopic approach based on the water potential concept is proposed to represent the movement of...
In the hygroscopic range of wood and without any thermal gradient, transfer of water vapor and bound...
Moisture content gradients in wood samples subjected to nonisothermal conditions were monitored over...
A series of nine experiments was performed with one surface of the wood specimen maintained at appro...
The study was conducted to measure experimentally the steady-state uniaxial (tangential direction) m...
Moisture transport processes in wood have become increasingly important with the growing use of wood...
This paper is the second in a series of papers reporting on experiments in nonisothermal diffusion o...
Moisture transport processes in wood have become increasingly important with the growing use of wood...
The knowledge of the convective heat and mass transfer coefficients is required for the characteriza...
The knowledge of the convective heat and mass transfer coefficients is required for the characteriza...
This study explores the features of process of drying internal heat and mass transfer in wood in the...
The assumption that non-stationary sorption processes associated with wood canbe evaluated by analys...
To be able to combine the preservation of wooden objects of culturalsignificance with energy efficie...
An experiment was conducted in which a thermal gradient was established in wood by air-to-air temper...
The calculation of non-isothermal moisture transport requires a moisture flow coefficient, Dφ(φ,T), ...
A macroscopic approach based on the water potential concept is proposed to represent the movement of...
In the hygroscopic range of wood and without any thermal gradient, transfer of water vapor and bound...
Moisture content gradients in wood samples subjected to nonisothermal conditions were monitored over...
A series of nine experiments was performed with one surface of the wood specimen maintained at appro...
The study was conducted to measure experimentally the steady-state uniaxial (tangential direction) m...
Moisture transport processes in wood have become increasingly important with the growing use of wood...
This paper is the second in a series of papers reporting on experiments in nonisothermal diffusion o...
Moisture transport processes in wood have become increasingly important with the growing use of wood...
The knowledge of the convective heat and mass transfer coefficients is required for the characteriza...
The knowledge of the convective heat and mass transfer coefficients is required for the characteriza...
This study explores the features of process of drying internal heat and mass transfer in wood in the...
The assumption that non-stationary sorption processes associated with wood canbe evaluated by analys...
To be able to combine the preservation of wooden objects of culturalsignificance with energy efficie...
An experiment was conducted in which a thermal gradient was established in wood by air-to-air temper...
The calculation of non-isothermal moisture transport requires a moisture flow coefficient, Dφ(φ,T), ...
A macroscopic approach based on the water potential concept is proposed to represent the movement of...
In the hygroscopic range of wood and without any thermal gradient, transfer of water vapor and bound...