... stretchable/shrinkable walls unsteady flow unsteady heat similarity solutions steady Sakiadis-Crane model steady Miklavcic and Wang model non-Newtonian fluids References [1] Sakiadis , B. C. , 1961 , “ Boundary-Layer Behavior on Continuous Solid Surface: I. Boundary-Layer Equations...

... and temperature profiles. Results are believed to constitute a tool to verify the validity of numerical solutions for more complicated transient free/forced convection nanofluid flow problems. unsteady flow moving vertical plate nanofluids analytic solution heat transfer Nanofluids or so-called...

... are presented graphically and the physical aspects of the problem are highlighted and discussed. radiation absorption chemical reaction magnetic field porous medium finite difference technique Darcy dissipation free convection unsteady flow Convective flow with simultaneous heat and mass...

... index n at Pr = 1 17 12 2010 15 11 2011 06 08 2012 07 08 2012 unsteady flow free convection group theory method power law fluid Figure 8 depicts the effects of the similarity variable on the dimensionless temperature distribution within the boundary layer...

... along with temperature profiles are presented for different examples of impinging fluid strain rate, selected values of plate velocity, and Prandtl number parameter. 26 08 2010 17 11 2011 26 04 2012 26 04 2012 stagnation-point flow and heat transfer unsteady flow viscous...

... boundary layers cooling natural convection Rayleigh-Benard instability natural convection sudden cooling boundary layer unsteady flow instability Natural convection heat transfer occurs as a result of temperature differences in an enclosure or near a heated or cooled flat plate...

... pressure drop compact heat exchangers offset-strip fin turbulent flow unsteady flow Compact heat exchangers are used in a wide variety of applications and are particularly common in air-cooling and heat-rejection systems for human comfort, food preservation, transportation, waste-heat recovery...