Abstract:

This study studied the erosion behaviors of AA-1070 and AA-6101 alloys used for energy transmission on high voltage lines. The materials used in the energy shipping lines throughout the service life are exposed to challenging atmospheric conditions. Specifically meteorological events such as sand storms cause bumalzemes to exhaust with solid particle erosion. The loss of material due to solid particle erosion and the compressions in the conductor section lead to the shortening of the duration of use of these materials and, in consequence, to large energy losses in the energy transmission lines. This study examined and compared the behaviors of solid particle erosion in different particle collision angles of AA-1070 and AA-6101 aluminum alloys in energy transmission lines (30°, 45°, 60°, 75°, 90°). Screening material surfaces Screening electron microscope (SEM) images and energy-distributed X-ray analysis (EDS) have been identified effective screening mechanisms that lead to screening.

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