Zastosowanie lasera diodowego dużej mocy do spawania i napawania

• Autorzy: Klimpel A.
• Języki publikacji: PL

Słowa kluczowe

PL

laser diodowy; spawanie; napawanie; złącze doczołowe; blacha

• Wydawca: Stowarzyszenie Inżynierów i Techników Mechaników Polskich
• Czasopismo: Przegląd Spawalnictwa
• Rocznik: 2001
• Tom: R. 73, nr 6
• Strony: 1--6
• Opis fizyczny: Bibliogr. 26 poz., il., tab.

Twórcy

autor

Klimpel A.

• Politechnika Śląska, Katedra Spawalnictwa, Gliwice

Bibliografia

• [1] Laser welding in auto industry. Welding & Metal Fabrication, nr 2/1993, vol. 61.
• [2] HAFERKAMP H., at al.: Laser beam surfacing of components for industrial use. Schweissen und Schneiden. nr 9/1993, s. E174-E175.
• [3] ZEDIKER M.S.: Direct-diode laser competes with Nd:YAG and carbon dioxide. Industrial Laser Review. nr 8/1993, s. 17.
• [4] SEMJONOV S., HORN-SAMODELKIN G.: Strength and toughness properties of nickel and cobalt-based laser beam powder surfacing welds at high temperatures. Schweissen und Schneiden. nr 12/1994, s. E210-E213.
• [5] SINGH RAMAN R.K., GNANAMOORTH Y J.B.: Improvement of oxidation resistance of metals and alloys by high temperature coating and laser treatment. Surface Engineering. nr 2/1994, vol. 10.
• [6] AYRES K.R., HILTON P.A.: CO2 laser butt welding of coated steels for the automotive industry. Welding & Metal Fabrication, nr 1 /1994, vol. 62, no.1.
• [7] KUNZING L.: Laser welding of automotive and aero components. Welding & Metal Fabrication, nr 1/1994, vol. 62.
• [8] WEDDELL W., DAVIES G.M.: Laser welded tailored blanks in the automotive industry. Welding & Metal Fabrication, nr 3/1995, vol.63.
• [9] HOLT T.: New applications in high power laser welding. Welding & Metal Fabrication, nr 6/1995, vol. 63.
• [10] BAYSORE J.K. at al.: Laser Beam Welding and Formability of Tailored Blanks. Welding Journal, nr 10/1995, vol. 74.
• [11] LUFT A., at al.: Structure constitution in laser beam surfacing with tungsten carbide-reinforced hard nickel alloys on steel. Schweissen und Schneiden. nr 2/1995.
• [12] BRANDT M., at al.: Fiber optic Nd-YAG laser cladding of preplaced Hastelloy powder. Surface Engineering. nr 2/1995, vol. 11.
• [13] LEI T.C., at al.: Microstructure and sliding wear properties of laser clad TiN reinforced composite coating. Surface Engineering. nr 1/1996, vol. 12.
• [14] LI L., at al.: Materials processing with a high power diode laser. ICALEO 1996 - Section E.
• [15] ION J.C. at al.: Process Diagram for Laser Beam Weiding of Carbon Manganese Steels. Welding Journal, nr 7/1996, vol. 75.
• [16] VENKAT S. at al.: CO2 Laser Beam Welding of Aluminum 5754-0 and 6111-T4 Alloys. Welding Journal, nr 7/1997, vol. 76.
• [17] NAKATA K. at al.: Laser cladding of TiC dispersed Ni-Cr composite layer on carbon steel. Transactions of JWRI, nr 2/1997, vol. 26.
• [18] HOLT T.: Stacks of energy - high power laser diode arrays. Welding and Metal Fabrication. nr 1/1998, vol. 66.
• [19] AUTY T.: The ins and outs of laser welding tailored blanks. Welding Review International. nr 2/1998, vol.17.
• [20] SONG G.Q., at al.: Surface modification of a Cr-Mo steel using laser surface alloying with B4C powder injection. Surface Engineering, nr 1/1998, vol. 14.
• [21] BACHMANN F.: Applications of high power diode lasers. ICALEO EUROPE 98. Laser Applications Overview. 1998.
• [22] WADSWOTRH W.J.: Diode lasers, an overview. Adres sieciowy: http:/www-alphys.physics.ox.ac.uk/research/groups/laser/diodes.
• [23] PASTOR M., at al.: Porosity, underfill and magnesium loss during continuous wave Nd:YAG laser welding of thin plates of aluminum alloys 5182 and 5754. Welding Journal, nr 6/1999, vol. 78.
• [24] KLIMPEL A., HOULT A.: “Spawanie laserowe tworzyw termoplastycznych”. Przegląd Spawalnictwa, nr 5/2000.
• [25] BLIEDTNER J., at al.: Experiments relating to deep welding using a fiber-contact high-power diode laser. Schweissen und Schneiden. nr 4/2000.
• [26] ZEMAN W., DOBAJ-TUMIDAJEWICZ B.: Techniczno-ekonomiczne aspekty cięcia i spawania laserowego. Biuletyn Instytutu Spawalnictwa. nr 2/2001, t. 45.