Welding: Principles and Applications (MindTap Course List)
8th Edition
ISBN: 9781305494695
Author: Larry Jeffus
Publisher: Cengage Learning
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Textbook Question
Chapter 33, Problem 7R
Do all braze joints resist corrosion? Give an example.
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What are the possible defects of MIG welding on stainless steels?
Identify the conditions under which a brazed joint is likely to be “stronger” than the brazing material by itself. Describe the trends in joint fracture strength as it becomes wider/narrower or thinner/thicker.
Welding stainless steel is a complicated process because (uniform / intergranular / erosion) corrosion may happen, to avoid this issue post-weld-heat treatment is conducted to (precipitate / dissolve) carbide particles.
Chapter 33 Solutions
Welding: Principles and Applications (MindTap Course List)
Ch. 33 - Explain the difference between brazing and...Ch. 33 - How does capillary action separate brazing from...Ch. 33 - Why can brazing be both a permanent and a...Ch. 33 - Why is it less likely that a part would be damaged...Ch. 33 - What is the effect of joint spacing on joint...Ch. 33 - Why are braze joints subject to fatigue failure?Ch. 33 - Do all braze joints resist corrosion? Give an...Ch. 33 - What are the three primary functions that a flux...Ch. 33 - In what forms are fluxes available?Ch. 33 - How can liquid fluxes be delivered to the joint...
Ch. 33 - How do fluxes react with the base metal?Ch. 33 - How are brazing and soldering methods grouped?Ch. 33 - What are the advantages of torch soldering?Ch. 33 - What are the advantages of furnace brazing?Ch. 33 - How does the induction brazing method heat the...Ch. 33 - What soldering process can be used to join parts...Ch. 33 - What brazing or soldering process uses a machine...Ch. 33 - What is a metal alloy?Ch. 33 - Why must parts not be moved as they cool through...Ch. 33 - Why must you not use tin-lead solders on water...Ch. 33 - Using Table 33-3, determine the approximate...Ch. 33 - What is a major use of tin-antimony solder?Ch. 33 - What solder alloy can retain its strength at...Ch. 33 - Why do brazing alloys use letters such as CuZn to...Ch. 33 - What is the white smoke that can be given off from...Ch. 33 - Which copper-zinc brazing alloy could be used to...Ch. 33 - Why should copper-phosphorus not be used on...Ch. 33 - Silver-copper alloys can be used to join which...Ch. 33 - Which nickel alloy would be best for joining the...Ch. 33 - Why does BCu-2 brazing alloy use an organic...Ch. 33 - Using Table 33-6, determine the ideal joint...Ch. 33 - What indicates that you have overheated the solder...Ch. 33 - How can the size of a braze bead be controlled?Ch. 33 - Why is brazing a better process than welding to...
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- Describe the potential hazard in the following picture in one paragraph?arrow_forwardAre the Expansion joints, used to mitigate thermal stress in materials?arrow_forwardProvide a reasonable explanation for the following observation: a welded component made of Al 6061-T6 alloy is routinely found to deform plastically first in the region adjacent to the weld joint despite the fact that the stress is nominally the same everywhere in the component. What solution would you propose to fix this problem, assuming that the weld joint cannot be eliminated from the design?arrow_forward
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