A more exact one-dimensional condensation heat transfer model for insoluble gases was developed and compared with experimental data. Modifications to this model to accommodate soluble gas behavior were also accomplished, and the effects on gas front behavior demonstrated. Analytical models for condensation heat transfer are documented, and an optical method used for measuring gas concentration profiles is outlined. Experimental data is then presented and interpreted
The condensation of mixtures of vapours of immiscible liquids is a process which occurs frequently i...
Heat transfer of R134a condensing in a horizontal smooth round tube with 6.1 mm inner diameter is in...
The article of record as published may be found at http://dx.doi.org/10.1080/01457638408962767This p...
Carrier gas based thermodynamic cycles are common in water desalination applications. These cycles o...
This article deals with the possibility of separating water vapour from flue gases after oxyfuel com...
Experimental values of heat flux in dropwise condensation on a gold plated vertical copper surface w...
AbstractA theoretical model based on Liao’ modified diffusion layer theory is developed including su...
An experimental study was performed to investigate local condensation heat transfer coefficients in ...
A computer model has been developed which evaluates the performance of a heat exchanger. This model ...
This theoretical study has been undertaken in order to provide insights into the steady two-dimensio...
A theoretical model using a heat and mass transfer analogy was developed to investigate the effects ...
The condensation heat transfer characteristics of nonazeotropic mixtures R1234yf and R32 (mass fract...
Basic equations of momentum and energy are presented and discussed with respect to heat transfer and...
High vapor velocity condensation inside a tube was studied analytically. The von Karman universal ve...
PhDConsiderable progress has been made in recent years towards the understanding of the mechanism o...
The condensation of mixtures of vapours of immiscible liquids is a process which occurs frequently i...
Heat transfer of R134a condensing in a horizontal smooth round tube with 6.1 mm inner diameter is in...
The article of record as published may be found at http://dx.doi.org/10.1080/01457638408962767This p...
Carrier gas based thermodynamic cycles are common in water desalination applications. These cycles o...
This article deals with the possibility of separating water vapour from flue gases after oxyfuel com...
Experimental values of heat flux in dropwise condensation on a gold plated vertical copper surface w...
AbstractA theoretical model based on Liao’ modified diffusion layer theory is developed including su...
An experimental study was performed to investigate local condensation heat transfer coefficients in ...
A computer model has been developed which evaluates the performance of a heat exchanger. This model ...
This theoretical study has been undertaken in order to provide insights into the steady two-dimensio...
A theoretical model using a heat and mass transfer analogy was developed to investigate the effects ...
The condensation heat transfer characteristics of nonazeotropic mixtures R1234yf and R32 (mass fract...
Basic equations of momentum and energy are presented and discussed with respect to heat transfer and...
High vapor velocity condensation inside a tube was studied analytically. The von Karman universal ve...
PhDConsiderable progress has been made in recent years towards the understanding of the mechanism o...
The condensation of mixtures of vapours of immiscible liquids is a process which occurs frequently i...
Heat transfer of R134a condensing in a horizontal smooth round tube with 6.1 mm inner diameter is in...
The article of record as published may be found at http://dx.doi.org/10.1080/01457638408962767This p...