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Schmidt number
Turbulent-Prandtl-Number.Pdf
Analysis of Mass Transfer by Jet Impingement and Heat Transfer by Convection
Turbulence, Entropy and Dynamics
Huq, P. and E.J. Stewart, 2008. Measurements and Analysis of the Turbulent Schmidt Number in Density
The Analogy Between Heat and Mass Transfer in Low Temperature Crossflow Evaporation
1 Pe = Re× Sc Peclet Number
Compressible Effects Modelling in Turbulent Cavitating Flows Jean Decaix, Eric Goncalvès Da Silva
Stability and Instability of Hydromagnetic Taylor-Couette Flows
On the Values for the Turbulent Schmidt Number in Environmental Flows
Effect of Schmidt Number on the Structure and Propagation of Density Currents
Mixing in High Schmidt Number Turbulent Jets Differs from Gas-Phase
Characterising the Heat and Mass Transfer Coefficients for a Crossflow
MHD Flow Heat and Mass Transfer of Micropolar Fluid
The Effects of Induced Magnetic Field and Radiation on MHD Mixed Convective Flow Over a Porous Vertical Plate in the Presence of Viscous and Magnetic Dissipation
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SIGNIFICANCE of DIMENSIONLESS NUMBERS in the FLUID MECHANICS Sobia Sattar, Siddra Rana Department of Mathematics, University of Wah
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Convective Mass Transfer
Flow Dependent Turbulent Schmidt Number in Containment Atmosphere Mixing
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Significance of Magnetic Reynolds Number in a Three-Dimensional
Magnetohydrodynamic Heat and Mass Transfer Flow with Induced Magnetic Field and Viscous Dissipative Effects
Numerical Investigations on the Impact of Turbulent Prandtl Number and Schmidt Number on Supersonic Combustion
Natural Convection Above Circular Disks of Evaporating Liquids
Modelization of Cavitation in Shear Flows
Behaviour of Turbulent Prandtl and Schmidt Numbers in A
A Manuscript Template for JAFM
Mixing of a Passive Scalar by the Instability of a Differentially Rotating Axial Pinch
LAWRENCE RADIATION LABORATORY ~ UNIVERSITY of CALIFORNIA BERKELEY~
Heat and Mass Transfer Effect on Hydromagnetic Flow of a Moving Permeable Vertical Surface
Chapter 3 Convective Mass Transfer
The Influence of Inflow Swirl on Cavitating and Mixing Processes In
6. Mass Transfer
Arxiv:1911.01780V1 [Physics.Flu-Dyn] 5 Nov 2019 2 Pascal Marquardt Et Al
Evaluation of Turbulent Prandtl (Schmidt) Number Parameterizations for Stably Stratified Environmental Flows
Convective Mass Transfer
Mixing in Curved Tubes
On the Values for the Turbulent Schmidt Number in Environmental Flows