Abstract
The surface topography of conventionally turned specimens has been measured using optical profilometry and characterized by (i) a combination of the height distribution parameter R q and the wavelength-sensitive parameter 〈 l〉 and (ii) the profile length ratio, i.e. the ratio of real rofile length to measuring length. Fatigue experiments have been conducted on specimens with different surface topographies and the numbers of cycles to rupture can be related to these surface topography parameters.
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