Abstract
Transport properties such as viscosity, conductivity, and diffusivity are estimated as functions of gas composition, temperature, and pressure. The correlations are based on reduced properties. In calculating thermodynamical properties heat capacity is fitted to a 4th order polynomial in temperature assuming ideal gas conditions, while a cubic (SRK) equation of state accounts for non ideal conditions. Using reference data from the literature, the performance of the correlations for viscosity, conductivity, and diffusivity have been checked. The present study is part of the activity in the pressurized fuel laboratory at Risoe. The investigated correlations for thermodynamical and transport properties will be used for the calculation of solid fuel reactivity at pressurized conditions. (au) (27 tabs., 4 ills., 10 refs.)
Citation Formats
Gjernes, E, and Fjellerup, J.
Thermodynamical and transport properties of gases.
Denmark: N. p.,
1994.
Web.
Gjernes, E, & Fjellerup, J.
Thermodynamical and transport properties of gases.
Denmark.
Gjernes, E, and Fjellerup, J.
1994.
"Thermodynamical and transport properties of gases."
Denmark.
@misc{etde_10149107,
title = {Thermodynamical and transport properties of gases}
author = {Gjernes, E, and Fjellerup, J}
abstractNote = {Transport properties such as viscosity, conductivity, and diffusivity are estimated as functions of gas composition, temperature, and pressure. The correlations are based on reduced properties. In calculating thermodynamical properties heat capacity is fitted to a 4th order polynomial in temperature assuming ideal gas conditions, while a cubic (SRK) equation of state accounts for non ideal conditions. Using reference data from the literature, the performance of the correlations for viscosity, conductivity, and diffusivity have been checked. The present study is part of the activity in the pressurized fuel laboratory at Risoe. The investigated correlations for thermodynamical and transport properties will be used for the calculation of solid fuel reactivity at pressurized conditions. (au) (27 tabs., 4 ills., 10 refs.)}
place = {Denmark}
year = {1994}
month = {Jan}
}
title = {Thermodynamical and transport properties of gases}
author = {Gjernes, E, and Fjellerup, J}
abstractNote = {Transport properties such as viscosity, conductivity, and diffusivity are estimated as functions of gas composition, temperature, and pressure. The correlations are based on reduced properties. In calculating thermodynamical properties heat capacity is fitted to a 4th order polynomial in temperature assuming ideal gas conditions, while a cubic (SRK) equation of state accounts for non ideal conditions. Using reference data from the literature, the performance of the correlations for viscosity, conductivity, and diffusivity have been checked. The present study is part of the activity in the pressurized fuel laboratory at Risoe. The investigated correlations for thermodynamical and transport properties will be used for the calculation of solid fuel reactivity at pressurized conditions. (au) (27 tabs., 4 ills., 10 refs.)}
place = {Denmark}
year = {1994}
month = {Jan}
}