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As material science and nanofabrication technologies develop, nanostructured engineering surfaces are becoming more common.
However, modern engineering surfaces are often modified to reduce friction.
Engineering surfaces are comprised of a range of spatial wavelengths.
Engineering surfaces comprise shape deviations namely form, waviness and roughness.
Engineering surfaces consist of a wide range of spatial frequencies.
Engineering surfaces possess roughnesses that exhibit asymmetrical height distributions.
Characterization of the topography of measured engineering surfaces is discussed.
Applications are conducted by using a milled engineering surfaces to demonstrate the feasibility and applicability of the empirical mode decomposition method in the analysis of engineering surfaces.
It may also result in a possible overestimation of tolerance errors on various engineering surfaces.
All engineering surfaces have roughness that obstructs the flow of electrical current between two contacting surfaces.
Firstly, a numerical microscopic contact model that considers the properties of engineering surfaces has been developed.
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