Fluid Flow and Transport Phenomena

Estimation of diffusivity of liquids

5.51

Estimation of self diffusivity at high density

5.52

Estimation of the viscosity of a pure liquid

5.53

Euler number

5.54

Fanning friction factor (laminar flow)

5.55

Fanning’s friction factor (turbulent flow)

5.56

Fick’s law of binary diffusion

5.57

Film condensation on vertical pipes

5.58

Film condensation on vertical tubes

5.59

Film thickness of a falling film on a conical surface

5.60

Flow in a liquid-liquid ejector pump

5.61

Flow in a slit with uniform cross flow

5.62

Flow near a corner

5.63

Flow of power law fluid through a narrow slit

5.64

Fluid kinetic force in conduits

5.65

Fluid kinetic force in flow around submerged objects

5.66

Form drag

5.67

Free air correction-Gravity survey

5.68

Free batch expansion of a compressible fluid

5.69

Free convection heat transfer from a vertical plate

5.70

Friction drag

5.71

Friction factor for creeping flow around a sphere

5.72

Friction factor in flow around submerged objects

5.73

Friction factor in flow through conduits

5.74

Friction factor in packed column (laminar)

5.75

Friction factor in packed column (turbulant)

5.76

Galilei number

5.77

Gas absorption from rising bubbles for creeping flow

5.78

Gas absorption through bubbles

5.79

Gas absorption with chemical reaction in an agitated tank

5.80

Gas absorption with rapid reaction

5.81

Gas mass rate flow in compressible tube flow

5.82

Graetz number

5.83

Graham equation viscosity ratio

5.84

Grash of number

5.85

Hagen number

5.86

Hagen-Poiseuille equation (2)

5.87

Influence of changing interfacial area on mass transfer

5.88

Knudsen flow

5.89

Krieger Dougherty equation viscosity ratio

5.90

Laminar flow along a flat plate (approximate solution)

5.91

Laminar flow of an incompressible power-law fluid in a circular tube

5.92

Laplace number

5.93

Lewis number

5.94

Mach number

5.95

Manning formula

5.96

Marangoni number

5.97

Mass absorption (attenuation) coefficient

5.98

Mass flow rate as a function of the modified pressure drop in a network of tubes

5.99

Mass flow rate in a rotating cone pump

5.100