Evaluation of wear mechanisms in additive manufactured carbide-rich tool steels

Dataset supporting the paper: E. Iakovakis, M. J. Roy, M. Gee, and A. Matthews, “Evaluation of wear mechanisms in additive manufactured carbide-rich tool steels,” <em>Wear</em>, vol. 462–463, no. March, p. 203449, 2020, doi: 10.1016/j.wear.2020.203449 The dataset contains the macro-hardness and friction values, the x,y,z coordinates from profilometry and the videos from the in-situ scratch wear tests of three additive manufactured carbide-rich tool steels (Vibenite®150, Vibenite®280 and Vibenite®290). Macro-hardness measurement files(Vibenite 150/280/290 30 meas macro hardness.csv): The .csv files report the macro hardness for 30 measurements. Reciprocating tests files (Vibenite 150/280/290 cof/cof 2nd/cof 3rd.csv): The .csv report the parameters of the reciprocating dry wear tests and the friction forces. Profilometry measurements files (Vibenite 150/280/290 profilometry.dat): The .dat files report the x,y,z coordinates of the wear track from the reciprocating tests. Videos from in-situ scratch wear tests(Vibenite 150/280/290 100 passes.avi): The .avi files show the surface degradation effects during the scratch wear test.The sequence of scanning electron microscopy images were registered with ImageJ to generate a video.