Investigation into laser cladding of steel-titanium carbide powder mixtures on a steel substrate

The influence of the main parameters of laser cladding (the laser radiation power, the scanning speed of the laser beam over the treated surface, the consumption of the cladding material (steel SPN14A7M5-titanium carbide (0–20 vol % TiC)), and titanium carbide content in the powder mixture) on geome...

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Vydáno v:Russian journal of non-ferrous metals Ročník 55; číslo 3; s. 282 - 288
Hlavní autoři: Narva, V. K., Marants, A. V., Sentyurina, Zh. A.
Médium: Journal Article
Jazyk:angličtina
Vydáno: Heidelberg Allerton Press 01.05.2014
Springer Nature B.V
Témata:
Beads
Carbides
Chemistry and Materials Science
Cladding
Laser beam cladding
Materials Science
Metallic Materials
Nonferrous metals
Scanning electron microscopy
Structural steels
Theory and Processes of Forming and Sintering of Powder Materials
Titanium carbide
scanning speed
cladding
steel
microstructure
mixture
experimental algorithm
powder consumption
cladded layer
laser radiation
titanium carbide
power
ISSN:1067-8212, 1934-970X
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Abstract The influence of the main parameters of laser cladding (the laser radiation power, the scanning speed of the laser beam over the treated surface, the consumption of the cladding material (steel SPN14A7M5-titanium carbide (0–20 vol % TiC)), and titanium carbide content in the powder mixture) on geometric sizes (the height, width, and melting depth of the substrate) of the cladded single layer (bead) has been considered. The structure of the cladded material is investigated using optical and scanning electron microscopes, and the hardness distribution from the substrate to the cladded layer is determined.
AbstractList The influence of the main parameters of laser cladding (the laser radiation power, the scanning speed of the laser beam over the treated surface, the consumption of the cladding material (steel SPN14A7M5-titanium carbide (0-20 vol % TiC)), and titanium carbide content in the powder mixture) on geometric sizes (the height, width, and melting depth of the substrate) of the cladded single layer (bead) has been considered. The structure of the cladded material is investigated using optical and scanning electron microscopes, and the hardness distribution from the substrate to the cladded layer is determined.
The influence of the main parameters of laser cladding (the laser radiation power, the scanning speed of the laser beam over the treated surface, the consumption of the cladding material (steel SPN14A7M5-titanium carbide (0-20 vol % TiC)), and titanium carbide content in the powder mixture) on geometric sizes (the height, width, and melting depth of the substrate) of the cladded single layer (bead) has been considered. The structure of the cladded material is investigated using optical and scanning electron microscopes, and the hardness distribution from the substrate to the cladded layer is determined.[PUBLICATION ABSTRACT]
Author Marants, A. V.
Narva, V. K.
Sentyurina, Zh. A.
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Cites_doi 10.1016/S0143-8166(00)00072-5
10.1016/j.jnucmat.2008.11.023
10.1016/j.surfcoat.2004.06.029
10.1017/CBO9781139165495
10.1016/j.surfcoat.2006.10.044
10.1016/j.jnucmat.2007.01.078
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Issue 3
Keywords scanning speed
cladding
steel
microstructure
mixture
experimental algorithm
powder consumption
cladded layer
laser radiation
titanium carbide
power
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SubjectTerms Beads
Carbides
Chemistry and Materials Science
Cladding
Laser beam cladding
Materials Science
Metallic Materials
Nonferrous metals
Scanning electron microscopy
Structural steels
Theory and Processes of Forming and Sintering of Powder Materials
Titanium carbide
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Title Investigation into laser cladding of steel-titanium carbide powder mixtures on a steel substrate
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