|
|
Articles:2012,Vol:17,Issue(3):145-152 |
|
|
Citation: |
|
|
DANG Xiao-ling. The Achievements of Advanced Manufacturing Techniques in Aviation and Aerospace Industries[J]. International Journal of Plant Engineering and Management, 2012, 17(3): 145-152 |
|
|
|
|
|
|
|
| The Achievements of Advanced Manufacturing Techniques in Aviation and Aerospace Industries |
|
| DANG Xiao-ling |
|
| Beijing Institute of Systems Engineering, Beijing 100101, P.R.China |
| Abstract: |
| In this paper, the recent achievements in the advanced manufacturing technology are presented. The laser forming of sheet metals, rapid forming, precision casting, precision forging, inertia friction welding are developed for aviation and aerospace industries. The main topics including the advantages, principle of manufacturing, processing parameters and control, typical processing applied in practice and typical work-pieces for those advanced manufacturing technologies are summarized. |
| Key words:
advanced manufacturing
hot forming
achievement
typical processing
|
|
| Received:
Revised:
|
| DOI: |
| Corresponding author:
Email： |
| Author description:
|
|
|
|
|
|
|
|
References: |
|
|
[1] Shang S,Fearon E,Wellburn D,Sato T,Ed-wardson S P,Dearden G,Watkins K G,A predictive thermal dynamic model for parameter generation in the laser assisted direct write process.Journal of Physics D: Applied Phys-ics,44:43～53,2011
[2] Edwardson S P,Griffiths J,Dearden G,Wat-kins K G,Temperature gradient mechanism:overview of the multiple pass controlling fac-tors.Proceedings of the 6th International La-ser Assisted Net Shape Engineering Confer-ence,53～64,2010
[3] Edwardson S P,Griffiths J,Edwards K R,Dearden G,Watkins K G,Laser forming:overview of the controlling factors in the tem-perature gradient mechanism.Journal of Me-chanical Engineering Science,224(5):1031～1040,2010
[4] Edwardson S P,Edwards K,Carey C,Dear-den G,Watkins K G,Laser forming for ship building applications.Steel Technology,2(4):42～46,2008
[5] Hon K K B,Han C,Edwardson S P,Investi-gations on new scanning pattern for stereo-lithography.CIRP Annals,53 (1):217～220,2006
[6] Edwardson S P,Abed E,Bartkowiak K,Dear-den G,Watkins K G,Geometrical influences on multi-pass laser forming.Journal of PhysicsD: Applied Physics,39(2):382～389,2006
[7] Edwardson S P,Abed E,French P,Dearden G,Watkins K G,Developments towards controlled three-dimensional laser forming of continuous sur-faces.Journal of Laser Applications,17(4):247～255,2005
[8] Edwardson S P,Watkins K G,Dearden G,French P,Magee J,Strain gauge analysis of laser forming.Journal of Laser Applications,15(4):225～232,2003
[9] Santos E C,Shiomi M,Osakada K,Laoui T,Rapid manufacturing of metal components by la-ser forming.International Journal of Machine Tools and Manufacture,46:1459～1468,2006
[10] Chua C K,Leong K F,Rapid prototyping:principles and applications in manufacturing．Wiley,New York,1997
[11] Beaman J,Barlow J W,Bourell D L,Crawford R H,Marcus H L,McAlea K P,Solid free-form fabrication: A new direction in manufac-turing.Kluwer Academic Publishers,1997
[12] Lu L,Fuh J,Wong Y S,Laser induced materi-als and processes for rapid prototyping.Kluwer Academic Publishers,Dordrecht,2001
[13] Shellabear M,Lenz J,Junior V.E-manufac-turing with laser sintering to series production and beyond.Proceedings of the 4th Laser As-sisted Net Shape Engineering,435～444,2004
[14] Wohlers T,Rapid prototyping and tooling,state of the industry.Wohlers Associates,2002
[15] Jacobs P F,Rapid prototyping and manufac-turing: fundamentals of stereolithography．McGraw-Hill,New York,1993
[16] Bennett G,Developments in rapid prototyping and tooling.Institution of Mechanical Engi-neers,1997
[17] Jayanthi S,The transition to functional proto-typing.User's Conference on Rapid Prototy-ping and Manufacturing,1999
[18] Wolfgang G.Progressive product development processes with rapid technologies.Proceedings of the Rapid Prototyping and Manufacturing:3D Scanning Applications,2000
[19] Kruth J P,Leu M C,Nakagawa T,Progress in additive manufacturing and rapid prototy-ping.Annals of the CIRP,47 (2):525～540,1998
[20] Kruth J P,Wang X,Laoui T,Froyen L,La-sers and materials in selective laser sintering．Proceedings of the Third Laser Assisted Net Shape Engineering,3～24,2001
[21] Karwiński A,Lesn＇ iewski W,Pysz S,Wielic-zko P,The technology of precision casting of titanium alloys by centrifugal process.Ar-chives of Foundry Engineering,11(3):73～80,2011
[22] Leyland S P,A closer look at water-based shell building: comparison of commercially availa-ble systems.INCAST,1998
[23] Leyland S P,Smith I.Implementing a water-based shell mould system.Modern Casting,1998
[24] Robson B,Investment casting grows at the cast-ing development centre.Foundry Trade Journal,1997
[25] Sorbel M.Monitoring and maintaining organ-ic polymer levels in aqueous slurries.INCAST,1998
[26] Adamczyk Z,Para G,Karwiński A,A mono-graph: physico-chemical characteristics of binders and liquid ceramic slurries used in foundry.Foundry Research Institute,l～161,1999
[27] Adamczyk Z,Para G,Karwiński A,Stachańc-zyk J,Influence of surfactant adsorption on prop-erties of ceramic slurries and moulds used in in-vestment casting.Proceedings of 9th World Con-ference on Investment Casting,5:1～5:10,1996
[28] Hunt W J,Zukoski Ch F,The rheology of bi-modeal mixtures of colloid particles with long-range,soft repulsion.Journal of Colloid Inter-face Science,210:343～355,1999
[29] Bridges P J,Magnus B,Manufacture of tita-nium alloy components for aerospace and mili-tary applications.In RTO-MP-069(II),2001
[30] Kinley W,Inertia welding: simple in principle and application.Welding and Metal Fabrica-tion,585～589,1979
[31] D'Alvise L,Massoni E,Walloe S J,Finite element modelling of the Inertia friction weld-ing process between dissimilar materials.Jour-nal of Materials Processing Technology,125/126:387～391,2002
[32] Akata E H,Sahin M,An investigation on the effect of dimensional differences in friction welding of AISI 1040 specimens.Industrial Lubrication and Tribology,55(5):223～232,2003
[33] Can A,Sahin M,Küük M,Thermically evalua-tion and modelling of friction welding.Strojarst-vo,51(1):5～13,2009 |
|
|
|
|
|
|
|
