The work is devoted to modelling Twin Fresh ventilator efficiency. The main aim is to simulate heat exchanged in a heat regenerator in variable conditions. The mathematical model is based on Navier-Stokes equations for laminar flow. The model is designed to achieve an adequate time for calculation and sufficient precision. The results show high efficiency of heat recovery in the order of 97.4%
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 modelling of heat and mass regenerators often assumes the heat and mass transfer coefficients to...
The work is devoted to modelling Twin Fresh ventilator efficiency. The main aim is to simulate heat ...
The article presents verification and validation of a numerical model of conjugated heat and mass tr...
Decentralized regenerative mechanical ventilation systems have acquired relevance in recent years fo...
To optimize a regenerator’s structure and its operation parameters and, consequently, to incre...
One of the major losses in Stirling-Type Cryogenic Refrigerators (STCRs) is due to heat transfer and...
This paper is focused on the Computational fluid dynamics (CFD) modeling of regenerative heat exchan...
As a broad and complex topic, energy efficiency has drawn an intensive attention in research communi...
The overall efficiency of a regenerative chamber for a glass furnace mainly relies on the thermo-flu...
Selected results of mathematical modelling and computer simulation of transient conjugate heat trans...
This diploma thesis deals with the impact of changes in operating and geometrical parameters of rege...
Heat recovery is a topical issue, as it affects building's energy effiency. This report presents an ...
The overall efficiency of a regenerative chamber for a glass furnace mainly relies on the thermo-flu...
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 modelling of heat and mass regenerators often assumes the heat and mass transfer coefficients to...
The work is devoted to modelling Twin Fresh ventilator efficiency. The main aim is to simulate heat ...
The article presents verification and validation of a numerical model of conjugated heat and mass tr...
Decentralized regenerative mechanical ventilation systems have acquired relevance in recent years fo...
To optimize a regenerator’s structure and its operation parameters and, consequently, to incre...
One of the major losses in Stirling-Type Cryogenic Refrigerators (STCRs) is due to heat transfer and...
This paper is focused on the Computational fluid dynamics (CFD) modeling of regenerative heat exchan...
As a broad and complex topic, energy efficiency has drawn an intensive attention in research communi...
The overall efficiency of a regenerative chamber for a glass furnace mainly relies on the thermo-flu...
Selected results of mathematical modelling and computer simulation of transient conjugate heat trans...
This diploma thesis deals with the impact of changes in operating and geometrical parameters of rege...
Heat recovery is a topical issue, as it affects building's energy effiency. This report presents an ...
The overall efficiency of a regenerative chamber for a glass furnace mainly relies on the thermo-flu...
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 modelling of heat and mass regenerators often assumes the heat and mass transfer coefficients to...