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Scrivener Publishing
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Martin Scrivener ([email protected])
Phillip Carmical ([email protected])
Designing Weldments
Ramesh Singh
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Library of Congress Cataloging-in-Publication Data
ISBN 978-1-119-86515-5
Cover images: supplied by the author
Cover design by Russell Richardson
Set in size of 11pt and Minion Pro by Manila Typesetting Company, Makati, Philippines
Printed in the USA
10 9 8 7 6 5 4 3 2 1
List of Figures
1 Figure 1.1 A typical strain and stress diagram, describing various elements of tensile test.
2 Figure 2.1 A typical strain and stress diagram, describing various elements of tensile test.
3 Figure 2.2 Low temperature behavior of metals.
4 Figure 3.1 Deflection in a cantilever beam.
5 Figure 3.2 Typical tensile test specimen.
6 Figure 3.3 Column under compressive load. (a) Straight beam, (b) column starts to deflect with increasing load, (c) bending moment diagram, and (d) increased deflection with increased loading.
7 Figure 3.4 Bending.
8 Figure 3.5 Bending stresses.
9 Figure 3.6 Simply supported beam.
10 Figure 3.7 Shear in a structure.
11 Figure 4.1 Types of weld joints.
12 Figure 4.2 Types of weld joints.
13 Figure 4.3 Double flare joint.
14 Figure 4.4 Fillet weld with weld nomenclatures.
15 Figure 4.5 Transvers fillet weld.
16 Figure 4.6 Theoretical throat of a fillet weld.
17 Figure 4.7 Fillet weld under tensile load.
18 Figure 4.8 Fillet weld in shear load.
19 Figure 4.9 Fillet weld in shear load.
20 Figure 4.10 Combined fillet and groove weld.
21 Figure 4.11 Skewed joints.
22 Figure 4.12 Weld as a line (no area).
23 Figure 4.13 Weld as line, and mathematical relationships of various elements.
24 Figure 4.14 Example of calculations treating weld as a line.
25 Figure 4.15 Welded tubular connections, T, K, and Y and nomenclature, inserted within the figure is the description of joint parameters, its variation for Box and Circular sections.
26 Figure 4.15.1
27 Figure 4.16 Joint design for PJP groove
