Oak Ridge National Laboratory 

Publications List for S. B. McSpadden, Jr.


  1. McSpadden, S.B., An EMD Legend Integrated Metrology Center CMM is Being Used to Measure a Step Gauge at the Oak Ridge National Laboratory, . 1997.

  2. McSpadden, S.B.; Morris., T.O.; Shih, A.J., High Speed Cylindrical Grinding of Heavy Duty Diesel Engine Components, in Annu. Automotive Technology Development Customer's Coordination Meet. 1997

  3. McSpadden, S.B.; Parten., R.J.; Shelton, J.E.; Denison, S.K.; Licht, R.W.; Picone, J.W., Performance Study of Scepter Metal Bond Diamond Grinding Wheel, in Precision Grinding and Grinding with Superabrasives Conference. 1999

  4. McSpadden, S.B., Jr.; Parten, R.J.; Shelton, J.E.; Denison, S.K.; Licht, R.W.; Picone, J.W., Performance Study of ScepterTM Metal Bond Diamond Grinding Wheel, in Precision Grinding and Grinding with Superabrasives Conf., Session VI on Advances in Diamond Superabrasive Grinding Wheel Technology. 1999

  5. McSpadden, S.B., Optimizing the Grinding Process for Ceramic Materials, . 2001

  6. McSpadden, S.B.; Watkins, T.R.; Wereszczak, A.; Andrews, M.A.; Fix, B.; Thiele, J., Addressing the Manufacturing Issues Associated with the use of Ceramic Materials for Diesel Engine Components., . 2001.

  7. Blau, P.J.; McSpadden, S.B.; Long, E.C., Reciprocating Friction and Wear Behaviour of a Ceramic-Matrix Graphite Composite for Possible Use in Diesel Engine Valve Guides, in Int. Conf. on Wear of Materials. 1998.

  8. Guo, C.; Chand, R.H.; McSpadden, S.B., Diamond Wheel Specification and Ceramic Grainding, in 2nd Int. Machining and Grinding Conf. 1997

  9. Jenkins, V.T.M., S.B.; Blau, P.J., CORRELATION OF THE GRINDABILITY INDEX FOR FOUR CERAMIC MATERIALS WITH SURFACE GRINDING MATERIAL REMOVAL RATES, . 2000

  10. Kruegar, M.; Yoon, SC; Gong, D; McSpadden, SB; O'Rourke, LJ; Parten, RJ, New Technology in Metalworking Fluids and Grinding Wheels Achieves Tenfold Improvement in Grinding Performance, in Coolants/Lubricants for Metal Cutting and Grinding. 2000, Proceedings, Chicago, IL USA

  11. Kruegar, M.K.; Yoon, S.C.; Gong, D; McSpadden, S.B.; O'Rourke, L.J.; Parten, R.J., New Technology in Metalworking Fluids and Grinding Wheels Achieves 130-Fold Improvement in Grinding Performance. Vol.  2000: Proceedings, Chicago, IL USA. 8-15 %B Coolants/Lubricants for Metal Cutting and Grinding

  12. Li, K.; Liao, T.W.; O'Rourke, L.J.; McSpadden, S.B., Jr., Wear of Diamond Wheels in Creep-Feed Grinding of Ceramic Materials, Part II: Effects on Process Responses and Strength. Wear, 1997

  13. Liao, T.W.; Li., K.; McSpadden, S.B., Jr.; O'Rourke, L.J., Wear of Diamond Wheels in Creep-Feed Grinding of Ceramic Materials, Part I: Mechanisms. Wear, 1997.

  14. Morris, T.O.; McSpadden, S.B., High Speed Centerless Grinding of Ceramic Components Using a Composite-Core Wheel, in Annu. Automotive Technology Development Customers' Coordination Meet. 1997

  15. Pasto, A.E.; Breder, K.; Hubbard, C.; McSpadden, S.; Russell, B.J., High Temperature Materials Laboratory Web Pages (Includes HTML Introduction (Program Office), MAUC, MCAUC, MIRUC, DUC, TPUC, RSUC), . 1998

  16. Shih, A.J.; Grant, M.B.; Yonushonis, T.M.; Morris, T.O.; McSpadden, S.B., Vitreous Bond CBN Wheel for High Speed Grinding of Ceramic and Steel. North Am. Manuf., 1997

  17. Shih, A.J.; Grant, M.B.; Yonushonis, T.M.; Morris, T.O.; McSpadden, S., Vitreous Bond CBN High Speed and High Material Removal Rate Grinding of Ceramics, in Am. Soc. Precision Eng. Conf. 1998

  18. Shih, A.J.G., M.B.; Yonushonis, T.M.; Morris, T.O.; McSpadden, S., Vitreous Bond CBN High Speed and High Material Removal Rate Grinding of Ceramics, in Proc. Am. Soc. Precision Eng. Conf. 1998.





Metals and Ceramics Division


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