Surface Hardening Over 38MoCrAl09 Steel by YAG:Nd Pulse Laser
Keywords:
laser, YAG:Nd, hardening, steel
Abstract
Laser offers unique capabilities for high energy concentrations at small surfaces. Factors that have influences over interactions between laser beam and steel surfaces have very high control. Pulse laser YAG:Nd is usually used for cutting and welding. Paper is based on hardening experiments using KVANT 17 (YAG:Nd) pulse laser over 38MoCrAl09 steel. Results were investigated by hardness (HV5) macrographic and micrographic method.
References
[1]. Ganeev R.A, 2002, Low-power laser hardening of steels, Materials Processing Technology, Elsevier Pbs. no. 121 p. 414-419.
[2]. Popescu N, Gheorghe C, Popescu O, 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 readiaţiei laser cu materialele, Editura Acadamiei, Bucureşti.
[5]. Donţu O, 1985, Tehnologii de prelucrare cu laser, Editura tehnică, Bucureşti.
[6]. Joel De Kock, 2001, Laser Machining Inc., Somerset, Wis, Lasers Offer Unique Heat Treating Capabilities Industrial Heating, Oct 2001.
[2]. Popescu N, Gheorghe C, Popescu O, 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 readiaţiei laser cu materialele, Editura Acadamiei, Bucureşti.
[5]. Donţu O, 1985, Tehnologii de prelucrare cu laser, Editura tehnică, Bucureşti.
[6]. Joel De Kock, 2001, Laser Machining Inc., Somerset, Wis, Lasers Offer Unique Heat Treating Capabilities Industrial Heating, Oct 2001.
Published
2008-11-15
How to Cite
1.
DOBROVICI S, CAZACU N, SAVA L, BACLEA A. Surface Hardening Over 38MoCrAl09 Steel by YAG:Nd Pulse Laser. The Annals of “Dunarea de Jos” University of Galati. Fascicle IX, Metallurgy and Materials Science [Internet]. 15Nov.2008 [cited 24Apr.2024];31(2):103-7. Available from: https://www.gup.ugal.ro/ugaljournals/index.php/mms/article/view/3111
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