Page 251 - Modular design for machine tools

Basic Knowledge of Machine Tool Joints 211

4. Birchall, T. M., and A. I. W. Moore, “Friction and Lubrication of Machine Tool
Slideways,” Machinery, Oct. 1958, 93: 824–831.
5. Research Report No. 47, “Friction and Wear of Materials for Machine Tool Slideways,”
The MTIRA, Macclesfield, Nov. 1972.
6. Píˇc, J., “Die Starrheit der Schraubenverbindung,” Konstruktion, 1967, 19(1): 7–12.
7. Kunin, E. A., and V. M. Faingauz, “Damping in a Horizontal Boring Machine Spindle
Unit,” Machines and Tooling, 1967, 38(1): 16.
8. Kronenberg, M., P. Maker, and E. Dix, “Practical Design Techniques for Controlling
Vibration in Welded Machines,” Machine Design, July 12, 1956, pp. 103–109.
9. Rippel, H. C., “Design of Hydrostatic Bearings, Parts 1–10,” Machine Design, Aug. 1,
1963–Dec. 5, 1963.
10. Report No. 134, “Hydrostatic Bearing System Design and Its Application to Machine
Tools,” Production Engineering Research Association, Jan. 1965.
11. Warnecke, H. J., “Konstruktion und Eigenschaften aerostatischen Larger und
Führungen,” Annals of CIRP, 1972, 21(2): 191–204.
12. Masuko, M., and T. Nakahara, “The Influences of the Fluid Capacitance in the Oil Feed
Line System on the Transient Response of Hydrostatic Guideways,” Int. J. Mach. Tool
Des. Res., 1974, 14: 233–244.
13. Mießen, W., “Berechnung des dynamischen Verhaltens hydrostatischer Spindel-
Larger- Systeme auf Digitalrechneranlagen,” Konstruktion, 1976, 28(7): 275–281.
14. Ito, Y., and M. Tsutsumi,“Determination of Mathematical Models in Structural
Analysis of Machine Tools—Second Report, Determination of Mathematical Models
for Normal Static Stiffness of Joints,” Bulletin of JSME, 1981, 24(198): 2234–2239.
15. Thornley, R H., et al., “The Effect of Surface Topography upon the Static Stiffness of
Machine Tool Joints,” Int. J. Mach. Tool Des. Res., 1965, 5(1/2): 57–74.
16. Eisele, F., and K. Corbach, “Dynamische Steifigkeit von Führungen und
Fugenverbindungen an Werkzeugmaschinen,” Maschinenmarkt, 1964, 70(89): 88–93.
17. Andrew, C., “Metal Surfaces in Contact under Normal Forces: Some Dynamic Stiffness
and Damping Characteristics,” in Proc. IMechE, 1967–68, 182-Pt3K: 92–100.
18. Myklestad, N. O., and U. Ill, “The Concept of Complex Damping,” J. Appl. Mechanics,
Sept. 1952, pp. 284–286.
19. Ito, Y., and M. Masuko, “Influence of Bolted Joint on the Model Testing of Machine
Tool Construction,” Trans. of JSME, 1970, 36(284): 649–654.
20. Dolbey, M. P., and R. Bell, “The Contact Stiffness of Joints at Low Apparent Interface
Pressures,” Annals of CIRP, 1971, 19: 67–79.
21. Thornley, R H., R. Connolly, and F. Koenigsberger, “The Effect of Flatness of Joint Faces
upon the Static Stiffness of Machine Tool Joints,” in Proc. IMechE, 1967–68, vol. 182, pt.1.
22. Dekoninck, C., “Experimental Investigation of the Normal Dynamic Stiffness of Metal
Joints,” Int. J. Mach. Tool Des. Res., 1969, 9: 279–292.
23. Opitz, H., and J. Schunck, “Untersuchungen über den Einfluß thermisch bedingter
Verformungen auf die Arbeitsgenauigkeit von Werkzeugmaschinen,” Forschungsberichte
des Landes Nordrhein- Westfalen Nr. 1781, Westdeutscher Verlag, 1966.
24. Reshetov, D. N., and Z. M. Levina, “Damping of Oscillations in the Couplings of
Components of Machines,” Vestnik Mashinostroyeniya, 1956, no. 12: 3–13 (translated
into English by Production Engineering Research Association of Great Britain [PERA]).
25. Meyer, P., “Erhöhung des Haftbeiwertes von Preßpassungen durch eine Körnerlage
in der Fuge,” Werkstattstechnik und Maschinenbau, 1949, 39(11/12): 321–325.
26. Opitz, H., et al., “Untersuchungen an Werkzeugmaschinenspindeln, Wälzlagern und
hydrostatischen Lagerungen,” Forschungsberichte des landes Nordrhein-westfalen
Nr. 1331, Westdeutscher Verlag, 1964.
27. Gebert, K., “Zylinderrollenlager für schnelldrehende Spindelsysteme,” Werkstatt und
Betrieb, 1997, 130(9): 702–708.
28. Owen, J. V., “Materials Drive Grinding,” Manufacturing Engineering, 1998, 120(2): 42–50.
29. Brown, J., “Three-in-One Bearing Does More,” Power Transmission Des., June 1997,
pp. 23–25.
30. Ito, Y., and K. Höft, “A System Concept for Culture- and Mindset-Harmonized
Manufacturing Systems and Its Core Machining Function,” in F.-L. Krause, and E.
Uhlmann (eds.), Innovative Produktionstechnik, Carl Hanser Verlag, 1998, pp. 175–186.