PRECISION SPINDLE AND BEARING ERROR ANALYSIS

Swyt, Challenges to NIST in Dimensional Metrology: The Impact of Tightening Tolerances in the U.S. Discrete-Part Manufacturing Industry, NIST report IR 4757, (1992)

Tabenkin, Effects of Form and Finish on Tolerances, Quality, 9, (1993)

Tlusty, System and Methods of Testing Machine Tools, Microtechnic, 13, (1959)

Bryan, Clouser, Holland, Spindle Accuracy, American Machinist, (1967)

Donaldson, A Simple Method for Separating Spindle Error from Test Ball Roundness Error, CIRP Annals, 2 l, 1, (1972)

Figatner, Avdulov, Tabenkin, Evaluation of Rotational Accuracy in Precision Spindle Bearings, Stanki i Instrument, 1, (1974)

ANSI/ASME B89.3.4-1985 Axes of Rotation, Methods for Specifying and Testing, (1986)

Kumaran, Spindle Error Analyzer, a thesis submitted to the faculty of The University of North Carolina at Charlotte, (1992)

Swyt, Challenges to NIST in Dimensional Metrology: The Impact of Tightening Tolerances in the U.S. Discrete-Part Manufacturing Industry, NIST report IR 4757, (1992)

Tabenkin, Effects of Form and Finish on Tolerances, Quality, 9, (1993)

Tlusty, System and Methods of Testing Machine Tools, Microtechnic, 13, (1959)

Bryan, Clouser, Holland, Spindle Accuracy, American Machinist, (1967)

Donaldson, A Simple Method for Separating Spindle Error from Test Ball Roundness Error, CIRP Annals, 2 l, 1, (1972)

Figatner, Avdulov, Tabenkin, Evaluation of Rotational Accuracy in Precision Spindle Bearings, Stanki i Instrument, 1, (1974)

ANSI/ASME B89.3.4-1985 Axes of Rotation, Methods for Specifying and Testing, (1986)

Kumaran, Spindle Error Analyzer, a thesis submitted to the faculty of The University of North Carolina at Charlotte, (1992)