No.

Description

No.

Author

5.1

Thermal Conductivities of Some Building and Insulating Materials.

Table 2

Kern

5.2

Thermal Conductivities, Specific Heats, Specific Gravities of Metals and Alloys.

Table 3

Kern

5.3

Dimensions of Steel Pipe (IPS).

Table 11

Kern

5.4

Tubing Characteristics.

Table 11-2

Perry

5.5

Error Function.

5.6

Plot of f₂(4/l²) for Various Shapes.

Fig 18.9

Kern

5.7

Chart for Determining the Temperature History of Points on the Surfaces of Rectangular Shapes, f₃.

Fig 18.10

Kern

5.8

Chart for Determining the Temperature History of Points at the Centers of Rectangular Shapes, f₄.

Fig 18.11

Kern

5.9

Gurney-Lurie Chart for Slab.

Fig 18.12

Kern

5.10

Gurney-Lurie Chart for Cylinders.

Fig 18.13

Kern

5.11

Gurney-Lurie Chart for Spheres.

Fig 18.14

Kern

5.12

Gurney-Lurie Chart for Semi-infinite Solid.

Fig 18.15

Kern

5.13

Values of a, m, and b for Equation 10.32 and 10.34.

Table 10-1

Perry

5.14

Fouling Factors.

Table 12

Kern

5.15

Condensing Coefficients.

Fig 12-9

Kern

5.16

Dukler Plot Showing Average Condensing Film Coefficient.

Fig 10.10

Chopey

5.17

h/ho versus Terminal Reynolds Number.

Chopey

5.18

Effect of Condensate Loading on Condensing Coefficient.

Table 7-3

Chopey

5.19

LMTD Correction Factors for Heat Exchangers.

Fig 10-14

Perry

5.20

Temperature Efficiency for Counterflow Exchangers.

Fig 7-14

Chopey

5.21

Temperature Efficiency for Heat Exchangers with One Shell Pass and Even Number of the Passes.

Fig 7-15

Chopey

5.22

Batch Processes.

Table 5.10

5.23

Boiling-point Rise of Aqueous Solutions.

Fig 11-23

Perry

5.24

Evaporator Types.

Fig 11-21

Perry