Abstract
Studies related to the optimization of roughness measurements for surface topography obtained by milling and subsequent burnishing of hardened aluminum alloys, are presented. The measurements were made using the TOPO 01 contact profilometer. The best measurement parameters were selected. Additional measurements were also made with selected configuration, geometric surface analysis, and profile roughness statistics.
Highlights
Przedstawiono badania związane z optymalizacją pomiarów chropowatości dla topografii powierzchni uzyskanych poprzez frezowanie, a następnie nagniatanie utwardzonego stopu aluminium
Studies related to the optimization of roughness measurements for surface topography obtained by milling and subsequent burnishing of hardened aluminum alloys, are presented
Way of machine elements and another products wear is the most often depended from properties of them top layer, especially of surface texture, material hardness and residual stresses status that left after machining
Summary
Przedstawiono badania związane z optymalizacją pomiarów chropowatości dla topografii powierzchni uzyskanych poprzez frezowanie, a następnie nagniatanie utwardzonego stopu aluminium. In order to find optimal measurement parameters performed tests with selected measurement distances in Y axis (perpendicular to measurement direction): mm, 1.5 mm, 1 mm, 0.5 mm and sampling intervals in After selection of optimal measurement distance and sampling interval in axis perpendicular to measurement direction, additional tests with chosen parameters were performed.
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