Add to ORKGAbstract: Selected results of mathematical modelling and computer simulation of fluid flow and heat transfer processes in a glass furnace regenerator are reported. The conjugate heat transfer problem is solved in 3D using the ANSYS 8.0/FLOTRAN programme. The regenerator’s geometry, finite element mesh, thermal loads and boundary conditions are presented. The momentum, continuity and energy equations are solved
Regenerative heat exchangers are established as a means of heat recovery in many industrial applicat...
V diplomski nalogi je bil obravnavan križnotočni štiristopenjski rekuperativni prenosnik toplote z r...
The glass production industry has one of the highest energy consumption rates and environmental emis...
Selected results of mathematical modelling and computer simulation of fluid flow and heat transfer p...
Selected results of mathematical modelling and computer simulation of transient conjugate heat trans...
The overall efficiency of a regenerative chamber for a glass furnace mainly relies on the thermo-flu...
The overall efficiency of a regenerative chamber for a glass furnace mainly relies on the thermo-flu...
International audienceRegenerative heat exchangers used in glass industry are complex systems owing ...
The article presents verification and validation of a numerical model of conjugated heat and mass tr...
A mathematical model of regenerative heat exchangers (regenerators) with stationary refractory packi...
To optimize a regenerator’s structure and its operation parameters and, consequently, to incre...
A model was developed to predict the decrease of the thermal performance of glass furnace regenerato...
A mathematical model for the prediction of the performance of a glass furnace is described. It compr...
A model is presented to predict the decrease of the thermal performance of glass furnace regenerator...
The study presents the concept of Electric Thermal Storage (ETS) central heating system. Thermal Ene...
Regenerative heat exchangers are established as a means of heat recovery in many industrial applicat...
V diplomski nalogi je bil obravnavan križnotočni štiristopenjski rekuperativni prenosnik toplote z r...
The glass production industry has one of the highest energy consumption rates and environmental emis...
Selected results of mathematical modelling and computer simulation of fluid flow and heat transfer p...
Selected results of mathematical modelling and computer simulation of transient conjugate heat trans...
The overall efficiency of a regenerative chamber for a glass furnace mainly relies on the thermo-flu...
The overall efficiency of a regenerative chamber for a glass furnace mainly relies on the thermo-flu...
International audienceRegenerative heat exchangers used in glass industry are complex systems owing ...
The article presents verification and validation of a numerical model of conjugated heat and mass tr...
A mathematical model of regenerative heat exchangers (regenerators) with stationary refractory packi...
To optimize a regenerator’s structure and its operation parameters and, consequently, to incre...
A model was developed to predict the decrease of the thermal performance of glass furnace regenerato...
A mathematical model for the prediction of the performance of a glass furnace is described. It compr...
A model is presented to predict the decrease of the thermal performance of glass furnace regenerator...
The study presents the concept of Electric Thermal Storage (ETS) central heating system. Thermal Ene...
Regenerative heat exchangers are established as a means of heat recovery in many industrial applicat...
V diplomski nalogi je bil obravnavan križnotočni štiristopenjski rekuperativni prenosnik toplote z r...
The glass production industry has one of the highest energy consumption rates and environmental emis...