Hostname: page-component-586b7cd67f-dlnhk Total loading time: 0 Render date: 2024-11-30T15:09:00.762Z Has data issue: false hasContentIssue false
  • English
  • Français

A Research into Tests for Materials used in Cold Pressing Operations, with Special Reference to the Fluid-Pressure Cupping Test*

Published online by Cambridge University Press:  28 July 2016

H. J. Gough  and
G. A. Hankins
H. J. Gough
Affiliation:
Engineering Dept., National Physical Laboratory
G. A. Hankins
Affiliation:
Engineering Dept., National Physical Laboratory
Get access Rights & Permissions [Opens in a new window]

Extract

The rapidly extending employment in many industries of cold pressing and stamping operations in the production from sheet metal of a great variety of components, embracing both simple and very complex shapes, renders cold pressing an extremely suitable subject at the present time for a joint discussion by a group of technical societies representing a wide range of industries. The particular interests of these industries naturally vary widely, both as regards type of production and the materials employed, but there should exist many basic problems common to all.

Type
Proceedings
Information
The Aeronautical Journal , Volume 39 , Issue 299 , November 1935 , pp. 1047 - 1076
Copyright
Copyright © Royal Aeronautical Society 1935

Access options

Get access to the full version of this content by using one of the access options below. (Log in options will check for institutional or personal access. Content may require purchase if you do not have access.)

Footnotes

*

A paper read at a joint meeting of the Institution of Automobile Engineers, the Royal Aeronautical Society and certain other Technical Institutions and Societies.

References

1. 1900–Musiol, K., Fine-drawing in Theory and Practice (Das Ziehen auf Ziehpressen in Theorie und Praxis), Dingier 315, p. 428.Google Scholar
2. 1911-2–Crawford, , The Elastic Strength of Flat Plates : An Experimental Research, Proc. Roy. Soc. Edinburgh, Vol. 32, p. 348.Google Scholar
3. 1914–Erichsen, A. M., A New Method of Testing Thin Sheets (Ein neues Priifverfahren fur Feinbleche), Stahl und Eisen, Vol. 34, p. 879.Google Scholar
4. 1920–Olsen, T. Y., Ductility Testing Machines, Proc. Am. Soc. Test. Mat., Vol. 20, II., p. 398.Google Scholar
5. 1921–Frémont, C., Cupping Tests on Thin Sheets (Essai à l'Emboutissage des Tô1es Minces), Bull. Soc. d'Encouragement p. l'Ind. Nat., Vol. 133, p. 241.Google Scholar
6. 1922–Blume, J., The Determination of the Ductility of Plates (Ermittlung der Ziehfahigkeit von Tiefstanzblechen), Metallborse, Vol. 12, p. 1945.Google Scholar
7. 1923–Brownsdon, H. W., The Physical Properties and Testing of Thin Metal Strip, Bulletin No. 9, British Non-Ferrous Metals Res. Assn.Google Scholar
8. 1923–Brown, L. N., Selecting Material for Formed and Drawn Parts, Trans. Am. Inst. Min. and Met. Eng., Vol. 69, p. 932.Google Scholar
9. 1924–Guillery, M., Cupping Tests on Thin Sheets (Essai d'Emboutissage sur Tô1es Minces), Rev. de Metal., Vol. 21, p. 303.Google Scholar
10. 1924–Pitois, E., A New Machine for Testing Sheet Metal (Nouvelle Machine pour l'Essai des Tô1es), La Technique Aeronautique, p. 306.Google Scholar
11. 1924–Sellin, W., The Examination of Drawn Materials (Die Berechung von Ziehwerkzeugen), Mascinenbau, Vol. 3, p. 229.Google Scholar
12. 1926–Proc. Am. Soc. Test. Materials, Vol. 26, Part I., p. 531, and Vol. 27, Part I., pp. 584 and 1067. (Interim Report of the Sub-Committee of the A.S.T.M. on Methods of Testing Thin Sheet Metal.)Google Scholar
13.1926–Beard, G. G., A Cupping Test for Determining the Drawing Qualities of Thin Metal Sheets, Journal of W. Scot. Iron and Steel Inst., Vol. 34, p. 23.Google Scholar
14. 1926–Montgomery, and Enders, , Some Attempts to Measure the Drawing Properties of Metals, Mech. Eng., Vol. 48, p. 119.Google Scholar
15. 1926–Ruhrmann, E., Cutting and Drawing in Plate-making Technique (Bordeln und Ziehen in der Blechbearbeitungstechnik), Forsch, Arb. H, 277.Google Scholar
16. 1926–Sommer, M., Experiments on the Drawing of Hollow Parts (Versuche uber das Ziehen von Hohlkorpern), Forsch-Arb. H, 286.Google Scholar
17. 1926–Eksergian, C. L., The Plastic Behaviour of Metals in Drawing, Amer. Soc. Mech. Engs., Vol. 48, p. 609; also Metal Industry, Vol. 30, p. 405.Google Scholar
18. 1927–Pomp, A. and Albert, W., On the Force Required to Draw Seamless Tubes of Steel (Ueber den Kraftbedarf beim Ziehen nahtloser Stahlrohre), Mitt. K.W. Inst. Eisenf., Vol. 9, p. 95.Google Scholar
19. 1928–Aumann, W., Testing and Properties of Metal Sheets for Stamping Purposes, Maschinenbau, Vol. 7, pp. 669–675.Google Scholar
20. 1928–Gordon-Sale, C. B., A Note on Cupping Tests, Mech- World, Vol. 83, p. 256.Google Scholar
21. 1928–Guillery, R., Universal Machine for Testing the Hardness, Static Flexion and Shear Strength of Castings, and a Machine for Applying Cupping and Tensile Tests to Sheet Metals, Bull. Soc. de l'Encour. p. l'lnd. Nat., VoJ. 127, June, pp. 483–502.Google Scholar
22. 1928–Markau, , The Quality of Metal Sheets for Mass Production, Maschinenbau, Vol. 7, pp. 587–591.Google Scholar
23. 1928–Persoz, L., Cupping Tests, Aciers Speciaux et leurs emplois, Vol. III., No. 35, Dec, p. 302.Google Scholar
24. 1928–Anonymous Device for Testing Ductility of Sheet Metal, Machinery (London), Vol. 31, p. 838.Google Scholar
25. 1929–Avery Machine, Engineering, Oct. 18, Vol. 128, p. 497.Google Scholar
26. 1929–Fischer, G. R., Methods of Testing the Quality of Drawn Plates (Prufverfahren zur Wertung von Ziehblechen), A.E.G. Mitteil (1929), p. 483, and (1927), p. 419.Google Scholar
27. 1929–The New Jersey Zinc Co. Res. Bull., Oct., Rolled Zinc.Google Scholar
28. 1929–Schmidt, M., The Testing of.Metal Sheets, Arch. Eisenh., Vol. III., p. 213.Google Scholar
29. 1929–Siebel, E. and Pomp, A., On the Stress Distribution in Fine Drawing and in Cupping Tests, Mitt. K.W. Inst. Eisenf., Vol. XI., pp. 139–153.Google Scholar
30. 1929–Siebel, E. and Pomp, A., A New Method of Testing Thin Plates (Ein neues Prufverfahren fur Feinbleche), Mitt. K.W. Eisenf., Vol. XI., pp. 287-91.Google Scholar
31. 1930–Anonymous, The Testing of Thin Sheet Metal, Metallurgist, VI., 6-7.Google Scholar
32. 1930–Brown, L. N., The Practical Testing of Sheet and Strip for Drawing Operations, Metal Stampings, III., pp. 239–242, 270.Google Scholar
33. 1930–Cazaud, R., Cupping Tests on Sheets (Les Essais d'Emboutissage des Tô1es), Aciers Speciaux, Jan. Vol., 5, No. 53.Google Scholar
34. 1930–Graves, W. H., Sheet Steel for Automobiles, Symposium, Am. Soc. Test. Mat., March 19th.Google Scholar
35. 1930–Jovignot, C., Comptes Rendus, 190, p. 1299, Test Method and Apparatus for Determining the Extension and Breaking Strength of Metal Sheets.Google Scholar
36. 1930–Schmidt, M., The Testing of Sheets for Deep-Drawing Qualities, Metal Stampings, III., pp. 117-8.Google Scholar
37. 1930–Symposium on Developments in Automotive Materials, Proc. Amer. Soc. Testing Materials, March 19th.Google Scholar
38. 1930-1–Arrowsmith, J. C., Proc. Inst. Auto. Engrs., Vol. XXV., p. 370, Pressings for Automobiles.CrossRefGoogle Scholar
39. 1931–Cook, M. and Larke, E. C., Jour. Inst. Metals, No. 2, Vol. XLVI., p. 245, Physical Testing of Copper and Copper-Rich Alloys in the Form of Thin Strip.Google Scholar
40. 1935–Hunt, L. B., Newport and District Met. Society, Jan 12, The Deep Drawing of Sheet Steel.Google Scholar
41. 1935–Kelley, G. L., Jour. Inst. Auto. Engrs., No. 5, Vol. III., February, Modern Steel Motor-Car Body Building.Google Scholar