A review of spinning, shear forming and flow forming processes

International Journal of Machine Tools and Manufacture

Volumn 43, Issue 14, 2003, Pages 1419-1435

  Wong, C C ^a   Dean, T A ^a   Lin, J ^a  

^a UNIVERSITY OF BIRMINGHAM   (United Kingdom)

Author keywords

Flow forming; Incremental forming; Shear forming; Spinning

Indexed keywords

AUTOMOTIVE INDUSTRY; METAL FORMING; OPTIMIZATION; SHEAR FLOW;

FLOW FORMING;

METAL SPINNING;

EID: 0141496063     PISSN: 08906955     EISSN: None     Source Type: Journal    
DOI: 10.1016/S0890-6955(03)00172-X     Document Type: Article

References (48)

1. Lloyd Edward. An introduction to some metal forming, theory, principles and practise. 1986;Portcullis Press Ltd.
2. Spinning and flowing forming, Leico GmbH, April 1997.
3. Runge M. Spinning and Flow forming. (D.H. Pollitt, Trans):1994;Leifield GmbH, Werkzeugmaschinenbau/Verlag Moderne Industrie AG, D-86895, Landsberg/Lech.
4. Wang Z.R., Lu G. A suggestion on the standardization of English technical terminology used in rotary forming. Proceedings of the Fourth International Conference of Rotary Forming, Oct 17-21, 1989 :1989;38-41.
5. A practical look at spinning and flow turning, Sheet Metal Industries, 52, Jan 1975, 7-11, Feb 1975, 72-89.
6. Wang Q., Wang T., Wang Z.R. A study of the working force in conventional spinning. Proceedings of the Fourth International Conference of Rotary Forming, Oct 17-21 :1989;103-108.
7. Kang D.C., Gao X.C., Meng X.F., Wang Z.H. Study on the deformation mode of conventional spinning of plates. Journal of Materials Processing Technology. 91:1999;226-230.
8. Quigley E., Monaghan J. Metal forming: an analysis of spinning processes. Journal of Materials Processing Technology. 103:2000;114-119.
9. Kobayashi S. Instability in the conventional spinning of cones. Transactions of the ASME, Journal of Engineering for Industry. 85:1963;44-48.
10. Quigley E., Monaghan J. The Finite Element of conventional spinning using multi-domain model. Journal of Materials Processing Technology. 121:2002;1-6.
11. Quigley E., Monaghan J. Enhanced finite element models of metal spinning. Journal of Materials Processing Technology. 121:2002;43-49.
12. Liu J.H., Yang H., Li Y.Q. A study of stress and strain distributions of first-pass conventional spinning under different roller traces. Journal of Materials Processing Technology. 129:2002;326-329.
13. C.L. Packham, Metal spinning and shear and flow forming, Sheet Metal Industries (1997) 382-389.
14. Kalpakcioglu S. On the mechanics of shear spinning. Transactions of the ASME, Journal of Engineering for Industry. 83:1961;125-130.
15. Avitzur B. Handbook of Metal-Forming Processes. 1983;John Wiley and Sons, Inc. Canada.
16. Avitzur B., Yang C.T. Analysis of power spinning of cones. Transactions of the ASME, Journal of Engineering for Industry. 82:1960;231-245.
17. Kobayashi S., Hall I.K., Thomsen E.G. A theory of shear spinning of cones. Transactions of the ASME, Journal of Engineering for Industry. 81:1961;485-495.
18. Chen M.D., Hsu R.Q., Fuh K.H. Analysis of internal dieless spinning of cones. Proceedings of the Fourth International Conference of Rotary Forming, Oct 17-21 :1989;114-119.
19. Chen M.D. Forecast of shear spinning force and surface roughness of spun cones by employing regression analysis. International Journal of machine tools and manufacture. 41:2001;1721-1734.
20. Slater R.A.C. Spin forging of sheet metal cones having various cone angles from 70/30 brass and commercially pure aluminum. Metal forming plasticity. Symposium Tutzing/Germany, Aug 28-Sep3, 1978 :1979;Springer-Verlag, Heidelberg, Berlin, New York.
21. Kegg R.L. A new test method for determination of spinnability of metals. Transactions of the ASME, Journal of Engineering for Industry. 83:1961;119-124.
22. Cui S. Discussion on the causes of scaling cracks on the outside surface of shear-spun steel conical workpiece. Proceedings of the Fourth International Conference of Rotary Forming, Oct 17-21 :1989;128-130.
23. Kalpakcioglu S. A study of shear-spinnability of metals. Transactions of the ASME, Journal of Engineering for Industry. 83:1961;478-483.
24. Kawai K., Yang L.N., Kudo H. A flexible shear spinning of truncated conical shells with a general-purpose mandrel. Journal of Materials Processing Technology. 113:2001;28-33.
25. Han Y., Si Z., Wan S., Wang W., Guo Q., Ma J. Hot spinning technology for thickening the bottom from pipe billets. Proceedings of the Fourth International Conference of Rotary Forming, Oct 17-21 :1989;109-113.
26. Chang S.C., Huang C.A., Yu S.Y., Chang Y., Han W.C., Shieh T.S., Chung H.C., Yao H.T., Shyu G.D., Hou H.Y., Wang C.C., Wang W.S. Tube spinnability of AA2024 and 7075 aluminum. Journal of Materials Processing Technology. 80-81:1998;676-682.
27. Gur M., Tirosh J. Plastic flow instability under compressive loading during shear spinning process. Transactions of the ASME, Journal of Engineering for Industry. 104:1982;17-22.
28. Singhal P.R., Saxena P.K., Prakash R. Estimation of power in the shear spinning of long tubes in hard-to-work materials. Journal of Materials Processing Technology. 23:1990;29-40.
29. Xue K., Wang Z., Lu Y., Li K. Elasto plastic FEM analysis and experimental study of diametral growth in tube spinning. Journal of Materials Processing Technology. 69:1997;172-175.
30. Xu Y., Zhang S.H., Li P., Yang K., Shan D.B., Lu Y. 3D rigid-plastic FEM numerical simulation of tube spinning. Journal of Materials Processing Technology. 113:2001;710-713.
31. Li K., Hao N., Lu Y., Xue K. Research on the distribution of the displacement in backward tube spinning. Journal of Materials Processing Technology. 79:1998;185-188.
32. Xue K., Lu Y., Zhao X. A study of matching relationships amongst technical parameters in stagger spinning. Journal of Materials Processing Technology. 69:1997;167-171.
33. Xue K., Lu Y., Zhao X. The disposal of key problems in the FEM analysis of tube stagger spinning. Journal of Materials Processing Technology. 69:1997;176-179.
34. Mohan T.R., Misra R. Studies on power spinning of tubes. International Journal of Production Research. 10:1970;351-364.
35. Hayama M., Kudo H. Analysis of diametrical growth and working forces in tube spinning. Bulletin of Japan Society of Mechanical Engineers. 22:1979;776-784.
36. Wang T., Wang Z.R., Wang Q., Zhao Y., Wang S. The slipline fields of thickness-reduction spinning and the engineering calculation of the spinning forces. Proceedings of the Fourth International Conference of Rotary Forming, October. 135-139:1989;89-93.
37. Park J.-W., Kim Y.-H., Bae W.-B. Analysis of tube spinning processes by the upper bound stream function method. Journal of Materials Processing Technology. 66:1997;195-203.
38. Paunoiu V., Nicoara D., Teodorescu M. A general upper bound method for forces calculation in tube spinning process. Proceedings of the Sixth ICTP, Sept 19-24 Advanced Technology of Plasticity. vol. 1:1999.
39. Jahazi M., Ebrahimi G. The influence of flow-forming parameters and microstructure on the quality of a D6ac steel. Journal of Materials Processing Technology. 103:2000;362-366.
40. Ma Z.E. Optimal angle of attack in tube spinning. Journal of Materials Processing Technology. 37:1993;217-280.
41. Rajnish P., Singhal R.P. Shear spinning of technology for the manufacture of long thin wall tubes of small bore. Journal of Materials Processing Technology. 54:1995;186-192.
42. Yao J., Murata M. An experimental study on paraxial spinning of one tube end. Journal of Materials Processing Technology. 6066:2002;1-6.
43. Xu H., Feng W. Maximum reduction in power spinning of tubes. Transactions of the ASME, Journal of Engineering for Industry. 86:1964;45-54.
44. Honglie X., Wengang F. A research on the spinnability of normal steel castings. Proceedings of the Fourth International Conference of Rotary Forming, Oct 17-21 :1989;89-93.
45. Xu D. Thickness reduction spinning of the thin-walled cylinder with inner stiffness. Proceedings of the Fourth International Conference of Rotary Forming, Oct 17-21 :1989;97-102.
46. Pollit D. Metal spinning in the automotive industry. Sheet Metal Industries. 72:(4):1995.
47. Dieter S., Stefan H. Tooling and process control for splitting of disc blanks. Journal of Materials Processing Technology. 98:2000;65-69.
48. Hauk S., Vazquez V.H., Atlan T. Finite element simulation of the Flow-Splitting-Process. Journal of Materials Processing Technology. 98:2000;70-80.