Phase Behavior and Thermodynamics

Amount of heat required to increase the temperature

8.1

Benedict-Webb-Rubin PVT equation

8.2

Critical pressure Cavett relation

8.3

Critical temperature Cavett method

8.4

Effective thermal conductivity of composite solids

8.5

Einstein equation effective viscosity

8.6

Equilibrium vaporization ratio

8.7

Equilibrium vaporization ratio of heptane

8.8

Evaporation loss from an oxygen tank

8.9

Expansion factor for diffuse layer

8.10

Flat-plate boundary layer model

8.11

Freezing of a spherical drop

8.12

General thermal conductivity

8.13

Heat conduction in a cooling fan

8.14

Heat flux distribution in a wall

8.15

Heat loss by free convection from a horizontal pipe

8.16

Heat released during in-situ combustion given by Burger & Sahuquet

8.17

Heat transfer coefficient for condensation – Pure vapors on solid surface

8.18

Heat transfer in packed bed

8.19

Heat transfer rate in laminar forced convection along heated flat plate

8.20

Jacoby aromaticity factor

8.21

Joule Thompson expansion

8.22

Latent heat of hydrocarbon mixture

8.23

Mixing fluids of different densities

8.24

Mole fraction of a component in liquid phase

8.25

Mole fraction of a component in vapor phase

8.26

Necessary inhibitor concentration required in liquid phase to reduce hydrate point

8.27

Peng Robinson characterization factor

8.28

Peng Robinson PVT equation

8.29

Pseudo-reduced conditions

8.30

Radiant heat transfer between disks

8.31

Radiated energy flux

8.32

Radiation across an annular gap

8.33

Radiation shields

8.34

Rayleigh number

8.35

Redlich-Kwong PVT equation

8.36

Reservoir gas density

8.37

Stefan-Boltzmann law

8.38

Surface temperature of a heating coil

8.39

Temperature due to free convection

8.40

Temperature increase due to forced convection

8.41

Temperature profile after viscous heat transfer

8.42

Temperature profile with a nuclear heat source

8.43

Thermal conductivity for pure metals

8.44

Thermal conductivity of polyatomic gases

8.45

Thermal conductivity of liquids

8.46

Thermal conductivity of solids with gas pockets

8.47

Thermal diffusivity

8.48

Thermal energy of a fissionable substance

8.49

Thermoelastic effect on stress

8.50