mass flux 
For ideal and viscous liquid flow the local concentration has been determined in a circular conical diffusor or confusor with constant wall concentration or vanishing mass flux across the cone.


On the basis of a formal similarity between turbulent momentum, heat/mass flux and probability function a concept of turbulent flux density distribution has been proposed.


Both arbitrary wall temperature and concentration, and arbitrary surface heat and mass flux variations have been considered.


Mass transfer effects on flow past an impulsively started infinite vertical plate with constant mass flux  an exact solution


An exact solution to the problem of flow past an impulsively started infinite vertical plate in the presence of a foreign mass and constant mass flux at the plate is presented by the Laplacetransform technique.


Thermal dispersion effects on nonDarcy natural convection with lateral mass flux


The method of similarity solution is used to study the influence of lateral mass flux and thermal dispersion on nonDarcy natural convection over a vertical flat plate in a fluid saturated porous medium.


When l=1/2, similarity solution is possible, and the results indicate that the boundary layer thickness decreases where as the heat transfer rate increases as the mass flux parameter passes from injection domain to the suction domain.


Simple formulas for mass flux from the Nth unit cell of gasliquid slug flow and for total mass flux from N unit cells are derived.


The plate is maintained at prescribed surface temperature/concentration (PST/PSC) or prescribed heat/mass flux (PHF/PMF).


The spray cooling efficiency is related to the solid temperature decrease as a function of the water mass flux.


In the present study, the effect of varying the droplet volume and the mass flux is also analyzed and discussed.


Flow past an impulsively started vertical plate with variable surface temperature and mass flux


Finitedifference solution of the transient natural convection flow of an incompressible viscous fluid past an impulsively started semiinfinite vertical plate with variable surface temperature and mass flux is presented here.


Unsteady free convection on a vertical cylinder with variable heat and mass flux


Exact analytic solutions for free convection boundary layers on a heated vertical plate with lateral mass flux embedded in a sat


The problem of the selfsimilar boundary flow of a "DarcyBoussinesq fluid" on a vertical plate with temperature distribution Tw(x) = T∞+A·xλ and lateral mass flux vw(x) = a·x(λ1)/2, embedded in a saturated porous medium is revisited.


Both uniform wall temperature (concentration) and uniform heat (mass) flux cases are included in the analysis.


A boundary layer analysis has been presented to study the influence of thermal radiation and lateral mass flux on nonDarcy natural convection over a vertical flat plate in a fluid saturated porous medium.


The effects of mass flux and pressure on the flow boiling heat transfer were presented.

