Effect of Chemical Composition of Welding Wire and Low Temperature Steel Plate on the Weld Properties Made by SAW
Chemical composition effect on the weld properties for low temperature steel was evaluated. The alloy elements of interest at the weld metal were Cr and Mo, which come from the steel plate and welding wire, respectively. Both side one run SAW process was carried out in a Ygroove butt joint. Microstr...
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| Veröffentlicht in: | Materials science forum 2008-01, Vol.580-582, p.57-60 |
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| creator | Choi, Kee Young Goo, Yeon Baeg Kim, Kyeong Ju Sung, Hee Joon |
| description | Chemical composition effect on the weld properties for low temperature steel was
evaluated. The alloy elements of interest at the weld metal were Cr and Mo, which come from the
steel plate and welding wire, respectively. Both side one run SAW process was carried out in a Ygroove
butt joint. Microstructure of the weld metal is strongly dependent on the chemical
composition of the steel plate and the welding wire, due to high dilution. The microstructure of the
weld metal became fine acicular ferrite by increasing Cr and Mo content because of high
hardenability effect. The weld metal having Cr and Mo possessed the highest impact toughness at
low temperatures among the weld metals studied. Cr seems to have more effect than Mo on the
toughness of the weld metal. |
| doi_str_mv | 10.4028/www.scientific.net/MSF.580-582.57 |
| format | Article |
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evaluated. The alloy elements of interest at the weld metal were Cr and Mo, which come from the
steel plate and welding wire, respectively. Both side one run SAW process was carried out in a Ygroove
butt joint. Microstructure of the weld metal is strongly dependent on the chemical
composition of the steel plate and the welding wire, due to high dilution. The microstructure of the
weld metal became fine acicular ferrite by increasing Cr and Mo content because of high
hardenability effect. The weld metal having Cr and Mo possessed the highest impact toughness at
low temperatures among the weld metals studied. Cr seems to have more effect than Mo on the
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evaluated. The alloy elements of interest at the weld metal were Cr and Mo, which come from the
steel plate and welding wire, respectively. Both side one run SAW process was carried out in a Ygroove
butt joint. Microstructure of the weld metal is strongly dependent on the chemical
composition of the steel plate and the welding wire, due to high dilution. The microstructure of the
weld metal became fine acicular ferrite by increasing Cr and Mo content because of high
hardenability effect. The weld metal having Cr and Mo possessed the highest impact toughness at
low temperatures among the weld metals studied. Cr seems to have more effect than Mo on the
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evaluated. The alloy elements of interest at the weld metal were Cr and Mo, which come from the
steel plate and welding wire, respectively. Both side one run SAW process was carried out in a Ygroove
butt joint. Microstructure of the weld metal is strongly dependent on the chemical
composition of the steel plate and the welding wire, due to high dilution. The microstructure of the
weld metal became fine acicular ferrite by increasing Cr and Mo content because of high
hardenability effect. The weld metal having Cr and Mo possessed the highest impact toughness at
low temperatures among the weld metals studied. Cr seems to have more effect than Mo on the
toughness of the weld metal.</abstract><pub>Trans Tech Publications Ltd</pub><doi>10.4028/www.scientific.net/MSF.580-582.57</doi><tpages>4</tpages></addata></record> |
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| title | Effect of Chemical Composition of Welding Wire and Low Temperature Steel Plate on the Weld Properties Made by SAW |
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