Table 2-1.
Fig.10-10.
Physical
Properties of
Inorganic Comp.
Velocity Ratio vs
Reynolds no. for
smooth circular
pipes
Table 2-138.
Vapor Viscosity
of Inorg & Org.
Substances
Eq. 5-54.
Eq. 6-244.
Eq. 21-120.
Sieder & Tate
Equation (NU
for Laminar)
Newton’s Law
Energy Required
to Produce a
Change in Size of
Material
Table 2-2.
Eq. 10-20.
Eq. 5-9.
Eq. 5-57.
Eq. 6-246.
Eq. 21-122.
Physical
Properties of
Organic Comp.
Working Eq. for
Orifice &
Venturi Meter
Conduction
with Resistance
to Series
Sieder & Tate
Equation (NU
for Turbulent)
Archimedes
Number (Ar)
Rittinger’s
Law (n=2)
Table 2-31.
Table 10-22.
Eq. 5-8.
Table 2-144.
Eq. 6-247.
Eq. 21-121.
Conduction in
Sphere
Prandtl Number
for Air
Drag Coefficient
for Settling Solid
Spheres in Terms
of Air
Kick’s Law
(n=1)
Eq. 6-37.
Eq. 5-7.
Table 2-145.
Eq. 6-239.
Conduction in
Cylinder
Vapor Thermal
Conductivity of
Inorg. & Organic
Compound
Terminal
Velocity for
Spherical
Particle
Eq. 21-123.
Colebrook
Formula
Bond’s Law
(n=1.5); Ei=
Bond work index
Fig. 11-4.
Eq. 18-100.
Eq. 21-15.
Equation for Max.
Safe Stress of
Centrifuge Rotor
Average Work
Indices for
Various Materials
(Ei)
Density of
Saturated
Liquid Water
Properties of
Steel Pipes
Table 2-135.
Thermo.
Dynamics of
Water (Steam
Table)
Viscosities of
Liquid:
Coordinates
Eq. 6-35.
Eq. 5-33.
HagenPoisevilie Eq.
(for Qv)
Newton’s Law
of Cooling
(Convection)
Fig. 2-19.
Table 2-140.
LMTD
Correction
Factors for
Heat
Exchangers
Eq. 6-88.
Eq. 5-38.
Fig. 2-17.
Eq. 17-1.
Nomograph for
Viscosities of
Liquids at 1atm
Line Loss (FL)
Total Heat
Transfer for the
Exchanger
Enthalpy Conc.
Diagram for Aq.
NaOH at 1 atm
Ergun Equation
(Eq. for Re at Min.
Fluidizing
Condition)
Table 6-2.
Eq. 6-90.
Values of Surface
Roughness for
Various Materials
Eq. 17-40.
Sudden
Contraction
Loss
Coefficient (kc)
Eq. 5-39.
Fig. 11-112.
Log Mean
Temperature
Difference
Boiling Point
Rise of Aq.
Solution (BPE)
Characteristics of
Particles and
Particle Dispersoids
(Tyler Screen
Mesh)
Eq. 6-34.
Table 6-5.
Eq. 5.
Table 12-3.
Eq. 21-145.
Hagen-Poiseville
Eq. (Friction
Factor for
Laminar)
Add. Friction Loss
for Turbulent Flow
Through Fitting
and Valves (kf)
Prandtl
Formula
Alternative Set of
Values for Antoine
Coefficients for AirWater Systems
Net Power to
Drive a Ball Mill
(Efficiency)
Eq. 6-38.
Table 10-13.
Eq. 5.
Eq. 6-242.
Eq. 21-143.
Churchill Eq.
(Friction Factor
for Turbulent)
The Affinity
Laws
Nusselt
Number
Stoke’s Law
Critical Speed
(NC) of Ball Mill