Nanostructured Surface for 38MoCrAl09 Steel by Nitriding in Nitrogen Atmosphere and YAG:Nd Pulse Laser Activation
Résumé
YAG:Nd pulse laser is usually used for cutting and welding. The paper is based by experiments using YAG:Nd pulse laser (KVANT 17-CIS made). Technological modules were assembled for laser beam deviation and for relative sample moving to manual controlled focused laser beam. In experiments was used a personal computer with adequate program for x-y sample moving (stepper system) and correlation with laser pulse. Steel sample (nitralloy steel) was fixed in nitriding chamber in a nitrogen flow. Defocused, laser beam energy and nitrogen pressure were modified. Hardness (HV5), macrostructure and microstructure were used for surface properties investigations.
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Références
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[3]. Samoila C, Ionescu M.S, Drugă L, 1986, Tehnologii şi utilaje moderne de încălzire, Editura Tehnică, Bucureşti, p. 291-360.
[4]. Ursu I, Mihăilescu I.N, Prokhorov A.M, Konov V.I, 1986, Interacţiunea radiaţiei laser cu materialele, Editura Academiei, Bucureşti.
[5]. Donţu O, 1985, Tehnologii de prelucrare cu laser, Editura Tehnică, Bucureşti.
[6]. De Kock J, 2001, Lasers Offer Unique Heat Treating Capabilities, Industrial Heating, oct. Laser Machining Inc., Somerset, Wis.
[2]. Popescu N, 1990, Tratamente termice neconvenţionale, Editura tehnică, Bucureşti p. 223-245.
[3]. Samoila C, Ionescu M.S, Drugă L, 1986, Tehnologii şi utilaje moderne de încălzire, Editura Tehnică, Bucureşti, p. 291-360.
[4]. Ursu I, Mihăilescu I.N, Prokhorov A.M, Konov V.I, 1986, Interacţiunea radiaţiei laser cu materialele, Editura Academiei, Bucureşti.
[5]. Donţu O, 1985, Tehnologii de prelucrare cu laser, Editura Tehnică, Bucureşti.
[6]. De Kock J, 2001, Lasers Offer Unique Heat Treating Capabilities, Industrial Heating, oct. Laser Machining Inc., Somerset, Wis.
Publiée
2008-11-15
Comment citer
1.
CAZACU N, PINTILIE C, DOBROVICI S, BACLEA A. Nanostructured Surface for 38MoCrAl09 Steel by Nitriding in Nitrogen Atmosphere and YAG:Nd Pulse Laser Activation. The Annals of “Dunarea de Jos” University of Galati. Fascicle IX, Metallurgy and Materials Science [Internet]. 15nov.2008 [cité 25août2025];31(2):79-4. Available from: https://gup.ugal.ro/ugaljournals/index.php/mms/article/view/3107
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