Laser beam welding of aircraft fuselage structures

ICALEO 2008 - 27th International Congress on Applications of Lasers and Electro-Optics, Congress Proceedings

Volumn , Issue , 2008, Pages 838-845

  Brenner, Berndt ^a   Standfuss, Jens ^a   Dittrich, Dirk ^a   Winderlich, Bernd ^a   Liebscher, Jens ^a   Hackius, Jens ^b  

^a FRAUNHOFER INSTITUTE FOR MATERIAL AND BEAM TECHNOLOGY IWS   (Germany)

^b AIRBUS OPERATIONS GMBH   (Germany)

Author keywords

[No Author keywords available]

Indexed keywords

AIRCRAFT; ALUMINUM ALLOYS; COSTS; DAMAGE TOLERANCE; FITS AND TOLERANCES; FUSELAGES; LASER BEAMS; LITHIUM ALLOYS; MACHINE COMPONENTS;

AIRCRAFT INDUSTRIES; BUCKLING BEHAVIORS; FLEXIBLE PRODUCTION PROCESS; FUSELAGE PANELS; PASSENGER AIRCRAFTS; STRUCTURAL WEIGHT; WELDED STRUCTURES; WELDING TECHNOLOGY;

LASER BEAM WELDING;

EID: 75149117281     PISSN: None     EISSN: None     Source Type: Conference Proceeding    
DOI: 10.2351/1.5061271     Document Type: Conference Paper

References (14)

1. Heider, P. (1994) Lasergerechte Konstruktion und lasergerechte Fertigungsmittel zum Schweissen grossformatiger Aluminium-Bauteile, Fortschritts-bereichte VDI, Reihe 2, No. 326, VDI-Verlag Duesseldorf, ISBN 3-18-332602-7
2. Heider, P., Sepold, G. (1993) Laserstrahl-schweisseneine perspektivische Fuegetechnologie fuer den Flugzeugbau, DVS-Berichte, Duesseldorf, Verlag fuer Schweissen und Schneiden Vol. 153, 62-67
3. Neye, G. (1997) Laserstrahlschweisskonzept fuer Rumpfschalen-Strukturen, BIAS-Verlag Bremen, Sepold, Jueptner (ed.) Strahltechnik, Vol. 5, ISBN 3-9805011-5-9
4. Rendigs, K.-H. (1997) Aluminium structures used in aerospace - status and prospects, Materials Science Forum, Vol. 242, 11-24
5. Zink, W. (2001) Welding Fuselage shells, Industrial Laser Solutions, April 2001, 7-10
6. Schumacher, J. (2002) Erfahrungen bei der Serieneinfuehrung für das Laserstrahlschweissen im Flugzeugbau, 4th Laseranwenderforum, BIAS-Verlag Bremen, Sepold, Jueptner (eds.), Strahltechnik Vol. 19,
7. th ICALEO, Temecula, USA, paper #1804
8. Brenner, B., Winderlich, B., Standfuss, J., Schumacher, J., Brenneis, H., Zink, W., Lightweight structure for aircraft and ist method of production, Patent No. EP 1439121B1
9. Palm, F. (2007) Can welded fuselage structures fulfil future A/C damage tolerance requirements?, First international conference on damage tolerance of aircraft structures, Benedictus, R., Schijve, J., Alderliesten, R. C., Homan, J. J., (eds.), TU Delft, The Netherlands, conference proceedings
10. Zink, W. (2001) Welding fuselage shells, Industrial Laser Solutions, April 2001, 7-10
11. Kolax, M. (2002) CFRP for future Airbus fuselage structures, Workshop "Schwarzer Rumpf", Braunschweig
12. Dittrich, D., Hackius, J., Brenner, B., Winderlich, B., Standfuss, J., Metallisches Flugzeug-bauteil, Patent pending, No. EP 1902812A1
13. Ilyushenko, R., Neye, G. (1995) Evaluation of Al-Mg-Li-alloys weldability by fusion welding methods for aircraft structures, 6th International conference on aluminium weldments, Cleveland, USA, 411-421
14. Brenner, B. Standfuss, J., Morgenthal, L., Dittrich, D., Fux, V., Winderlich, B., Brenneis H., Zink, W., Hackius, J., Held, J., Schwabe, W. (2004) Neue technologische Aspekte des Laserstrahl-schweissens von Flugzeugstrukturen, DVS-Bericht, vol. 229, 19-24