EFFECT OF OXIDE ON SOLID PARTICLE EROSION BEHAVIOR OF AISI 410 MARTENSITIC STAINLESS STEEL
Keywords:
Solid Particle Erosion, Martensitic, AISI 410, OxidationAbstract
The objective of this research is to study the effect of oxide scale on the solid particles erosion behavior of AISI 410 martensitic stainless steel (12%Cr, 0.15%C) which was used as a wearing plate in the Coal-fired Power plant due to high strength and oxidation resistance properties. Solid particle erosion tests were investigated with several parameters such as velocities and impact angles for bare and oxidized samples. The erosion behavior of oxidized samples with the simulated atmosphere (1%SO2, 20%H2O, 20%CO2, 10%O2, N2%) at 600C for 100 h was compared with bare samples at room temperature. The results showed that the oxide led to a decreasing erosion rate for all impact velocities. Moreover, the surface morphology was finally examined by SEM. The erosion behavior of MSS was further discussed in this research.
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