National Academy of Sciences | 150 Year Anniversary

Questions? Call 800-624-6242

| Items in cart [0]

The National Academies Press

HARDBACK
price:$74.50
add to cart

Rights & Permissions

topleft topright

Memorial Tributes: National Academy of Engineering, Volume 12 (2008)

Citation Manager

. "David Tabor." Memorial Tributes: National Academy of Engineering, Volume 12. Washington, DC: The National Academies Press, 2008.

Please select a format:

BibTeX EndNote RefMan


Page
299
bottomleft bottomright

The following HTML text is provided to enhance online readability. Many aspects of typography translate only awkwardly to HTML. Please use the page image as the authoritative form to ensure accuracy.


Memorial Tributes, Volume 12

DAVID TABOR
1913–2005

Elected in 1995


“For contributions to the theory of tribology, hardness, and surface physics.”


BY IAN M. HUTCHINGS AND BRIAN J. BRISCOE

SUBMITTED BY THE NAE HOME SECRETARY


WE WERE SADDENED to learn of the death, on November 26, 2005, of David Tabor FRS. He died in Cambridge, England, at the age of 92 after a long illness. One of the foremost tribologists of his generation, he was also a major figure in physics and a remarkable person. He was the author of the first paper published in the first issue of Wear, in 1957, and he maintained remarkable ties to that journal, where this obituary was first published.

David Tabor (later known as DT) was born on October 23, 1913, in London, England, to parents who had emigrated from Russia; his father had been an armorer in the Russian imperial army. After undergraduate study at the Regent Street Polytechnic and the University of London (in Imperial College), he moved to Cambridge in 1936 to undertake research in the Department of Chemistry under the supervision of Frank Philip Bowden, a collaboration that lasted until Bowden’s death in 1968. Their first joint publication in 1939 on the area of contact between surfaces established the crucial point that the real area was generally much smaller than the apparent area. This basic principle was fundamental to much of their subsequent work.

Page
299
Front Matter (R1-R14)
Willis Alfred Adcock (1-7)
Robert Adler (8-15)
Rutherford Aris (16-21)
Stanley Backer (22-29)
William Oliver Baker (30-33)
Howard C. Barnes (34-39)
Robert R. Berg (40-45)
Frederick Stucky Billig (46-49)
Richard Henry Bolt (50-55)
Leon E. Borgman (56-59)
Sol Burstein (60-67)
Melvin W. Carter (68-73)
Harold Chestnut (74-79)
Edgar F. Codd (80-87)
Morris Cohen (88-91)
Ralph Cross (92-99)
George B. Dantzig (100-107)
John Larry Duda (108-115)
Maxim A. Faget (116-121)
Richard H. Gallagher (122-127)
Ivan A. Getting (128-133)
Kenneth W. Hamming (134-139)
Heinz Heinemann (140-145)
Stanley Hiller, Jr. (146-151)
William Herbert Huggins (152-155)
Chalmer Gatlin Kirkbride (156-161)
Hendrick Kramers (162-167)
Thomas Duane Larson (168-171)
Erastus H. Lee (172-177)
Joseph T. Ling (178-183)
Ralph A. Logan (184-189)
Robert W. Mann (190-193)
John L. McLucas (194-199)
Ruben F. Mettler (200-205)
Alan S. Michaels (206-215)
A. Richard Newton (216-221)
Charles Noble (222-227)
Frederic C.E. Oder (228-233)
Ronald Samuel Rivlin (234-239)
George A. Samara (240-245)
Reuben Samuels (246-251)
Dudley A. Saville (252-259)
Milton Clayton Shaw (260-267)
Shan-Fu Shen (268-273)
Alan F. Shugart (274-277)
John Wistar Simpson (278-285)
Robert M. Sneider (286-291)
Vivian T. Stannett (292-297)
David Tabor (298-303)
Chen-To Tai (304-309)
Gordon K. Teal (310-313)
Alexander R. Troiana (314-319)
Alan Manners Voorhees (320-327)
Paul Weidlinger (328-331)
Alvin M. Weinberg (332-337)
James William Westwater (338-341)
J. Edward White (342-347)
Dean E. Wooldridge (348-353)
Leo Young (354-358)
Appendix (359-362)