Co-operating organizations
Foreword
Method
1 Scope
2 Terminology
3 Tables of equivalent diameters
3.1 General
3.2 Cylinders and discs
3.3 Rectangular sections, including plates
3.4 Tubes and rings
3.5 Shapes consisting of combinations of 2 or 3
     cylinders with common axis
Appendices
A Information on the basis of calculation of the
     tables
B Two- and three-cylinder problems
C Miscellaneous shapes
Tables
1 Equivalent diameters for cylinders and discs, air
     cooled
2 Equivalent diameters for cylinders and discs, oil
     quenched
3 Equivalent diameters for cylinders and discs, water
     quenched
4 Equivalent diameters for rectangular sections, air
     cooled
5 Equivalent diameters for rectangular sections, oil
     quenched
6 Equivalent diameters for rectangular sections,
     water quenched
7 Tubes, air cooled: f factors to be applied to wall
     thickness, y
8 Tubes, oil quenched: f factors to be applied to
     wall thickness, y
9 Tubes, water quenched: f factors to be applied to
     wall thickness, y
10 Rings, air cooled: f factors to be applied to axial
     thickness, z
11 Rings, oil quenched: f factors to be applied to
     axial thickness, z
12 Rings, water quenched: f factors to be applied to
     axial thickness, z
13 Values for f for varying heat-transfer factors
Figures
1 Two-cylinder objects: stages in calculation
2a Two-cylinder objects: factor f when E0 > or = d
2b Two-cylinder objects: factor f when E0 < or = d
3 Three-cylinder objects
4 f factors for cylinders of finite length
5 f factors for rectangular sections of infinite
     length
6 f factors for discs
7 Computed and estimated equivalent diameters in
     relation to length of smaller diameter cylinder
8 Equivalent diameters in relation to Dl/d
9 Three cylinder object, middle cylinder having
     smallest diameter