Abstract
References
- [1] Anık, S., and Vural, M., “Source technology in 1000 questions”, Birsen Publishing House, Istanbul, (2000).
- [2] Linnert, G.E., “Welding metallurgy (Iron and Steel)”, American Welding Society, (1967).
- [3] American Welding Society , “Welding handbook (Section 2)”, American Welding Society, (1973).
- [4] Aslan, U., “General examination of welding methods used in combining different metals and their industrial applications”, Master's thesis, YTU, Istanbul, (2001).
- [5] Anık, S., “Methods and equipment”, Welding Technique Handbook, Gedik Education Foundation Welding Technology Education Research and Examination Institute, Ergür Priting, (1983).
- [6] Vural, M., “Effect of welding parameters on welding behavior and strength of connection in point welding of galvanized steel sheets with carbon and ferritic stainless steels”, Ph. D. thesis, ITU, Istanbul, (1992).
- [7] Gülenç, B., “Pressure force in point resistance welding, welding current and effect of pressure time on Itab”, Gazi University Technical Education Faculty, project and theses Coordination Center, Ankara, (2005).
Abstract
In industrial applications, the welding of different materials is widely used for taking advantage of the superior properties and reducing the overall costs. While a wide variety of welding methods are used in joining these different materials, the most widely used welding method in the automotive industry, especially in the use of thin sheet designs, is submerged welding. In this study, the application of submerged welding in joining different metals was discussed in detail. The advantages and limitations of the method compared to other welding methods used in joining different metals are given. Various welding procedures that may be an alternative to the method for joining different materials are also included. As an application, 304 grade austenitic stainless steel and St 37 sheet materials were welded under 3 different currents and 3 different designs by submerged welding, and their effects on the hardness values of the weldments were analyzed.
References
- [1] Anık, S., and Vural, M., “Source technology in 1000 questions”, Birsen Publishing House, Istanbul, (2000).
- [2] Linnert, G.E., “Welding metallurgy (Iron and Steel)”, American Welding Society, (1967).
- [3] American Welding Society , “Welding handbook (Section 2)”, American Welding Society, (1973).
- [4] Aslan, U., “General examination of welding methods used in combining different metals and their industrial applications”, Master's thesis, YTU, Istanbul, (2001).
- [5] Anık, S., “Methods and equipment”, Welding Technique Handbook, Gedik Education Foundation Welding Technology Education Research and Examination Institute, Ergür Priting, (1983).
- [6] Vural, M., “Effect of welding parameters on welding behavior and strength of connection in point welding of galvanized steel sheets with carbon and ferritic stainless steels”, Ph. D. thesis, ITU, Istanbul, (1992).
- [7] Gülenç, B., “Pressure force in point resistance welding, welding current and effect of pressure time on Itab”, Gazi University Technical Education Faculty, project and theses Coordination Center, Ankara, (2005).
Details
| Primary Language | English |
|---|---|
| Subjects | Engineering |
| Journal Section | Research Article |
| Authors | |
| Publication Date | April 27, 2020 |
| Published in Issue | Year 2020 |