Related articles in HEDH:

1. Expansion bellows, for shell-and-tube heat exchangers:

1. analysis of, 4.10.2-4 - 4.10.2-5

1. Kopp and Sayre method (for pressure), 4.10.2-4

2. fatigue life, 4.10.2-5

3. finite-element methods for, 4.10.2-5

2. applications of:

1. fixed tube-sheet exchangers, 4.10.2-3

2. floating head exchanger, 4.10.2-3

3. code rules for, 4.10.2-5 - 4.10.2-6

1. ASME VIII code guidance for, 4.3.4-21 - 4.3.4-22

2. EN13445 code guidance for 4.3.3-11

3. EN13445 code guidance for 4.3.3-14 - 4.3.3-15

4. PD5500 code guidance for, 4.3.2-12 - 4.3.2-13

5. TEMA code for, 4.10.2-6

4. cycling of, 4.10.2-4

5. design loadings for, 4.10.2-3

2. EJMA (Expansion Joint Manufacturers Association), standards for 4.10.2-2

1. in head exchanger fabricators, 4.10.2-6 - 4.10.2-7

2. internal sleeves for, 4.10.2-2

3. manufacture of, 4.10.2-1

4. operational aspects of:

1. inspection, 4.10.2-7

2. repair, 4.10.2-7

5. reinforcing or equalizing rings for, 4.10.2-2

6. specification of, 4.10.2-6

7. thin-wall type, single-ply and multi-ply, 4.10.2-1 - 4.10.2-2

3. EJMA (Expansion Joint Manufacturers Association), standards for 4.10.2-5 - 4.10.2-6

4. Expansion Joint Manufacturers Association (see EJMA)

5. Expansion joints, mechanical design of:

1. basic principles, 4.1.6-1

2. constructional details, 4.2.6-10 - 4.2.6-11

6. Expansion of tubes into tube sheets:

1. explosive, 4.2.6-7

2. roller, 4.2.6-6 - 4.2.6-7

7. Expansion turbine, lost work in, 1.9.5-5 - 1.9.5-6

8. Explicit design, of regenerators, 3.15.11-1 - 3.15.11-9

9. Explosively clad plate, 4.5.5-1 - 4.5.5-6

1. advantages of, 4.5.5-1

2. applications of, 4.5.5-2

3. bond characteristics, 4.5.5-4

4. cladding procedure, 4.5.5-2 - 4.5.5-3

5. design considerations, 4.5.5-6

6. inspection and qualification, 4.5.5-3