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Paper Title: Identification of dislocations, grain boundary sliding and point defects with the aid of SEM analysis
Authors Name: Ravindra D.Grampurohit , Dr. Udaya Prasanna H.
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Published Paper Id: IJNRD1705009
Published In: Volume 2 Issue 5, May-2017
Abstract: There has been a consistent look for new materials for high temperature applications, for example, for parts of steam generators, parts of warm power plants, funneling of fluid metal reactors, which are probably going to be presented to temperature 550 degree Celcius or more. Great quality and pliability values controlled by uncommon steels settle on them the primary selection of fashioners for applications specified. Changed 9Cr- 1Mo steel has been being used for such applications since 10 years. For any given material, alongside the mechanical properties, there is a need to decide the crawl property if the material is the decision for high temperature benefit applications. Encourage, as it has been encountered that the welds are likely zones of disappointment, under outrageous states of load and temperature, testing the crawl property of the welded joints of a given material turns into an essential part of research. Consequently it is proposed to test into the crawl resistance part of the welded joints of 9Cr-1Mo steel under various states of load and temperature.
Keywords: IndexTerms— Crawl property (Creep), 9Cr-1Mo Steel, SEM.
Cite Article: "Identification of dislocations, grain boundary sliding and point defects with the aid of SEM analysis", International Journal of Novel Research and Development (, ISSN:2456-4184, Vol.2, Issue 5, page no.35-43, May-2017, Available :
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