... well-known equation describing tool wear was developed by F. W. Taylor early in the
twentieth century.
23
This equation, known as Taylor’s tool equation, is
FIGURE 6.12 Illustration of different ... prediction via
acoustic emission analysis, ASME Journal of Engineering for Industry, 115, 390, 1993.
23. Taylor, F. W., On the art of cutting tools, Transactions ASME, 28, 1907.
24. Koren, Y., Ko, T. R., ... (6.16)
where t
l
is the tool lifetime and C and n are empirically determined constants. Modified Taylor
equations include the effects of feed rate and depth-of-cut, as well as interaction effects...
... Cable-Stayed Bridges, Ph.D. dissertation, Active Structures
Laboratory, Université Libre de Bruxelles, Belgium, May 1997.
9. Achkire, Y. and Preumont, A., Active tendon control of cable-stayed...
... and possesses an infinite number of roots,
all of which must have negative real parts (i.e., must stay in the left half of the complex plane) for
stable behavior of the combined system. Since the...