Fig. 3 Influence of particle material on erosion rate, for erosion of a sintered glass-bonded alumina ceramic by silica, alumina, and silicon carbide particles, 125–150 μm in diameter, at normal incidence. Adapted from Ref 5 More

Fig. 15 Erosion rate of different materials in a vortex erosion apparatus (input pressure = 7.7 bars; output pressure = 1 bar; flow: 3.3 mm 3 /h; input speed = 18 m/s; rotation speed: 400 turns/min; liquid: distilled water; temperature = 18). Source: Ref 1 More

Fig. 12 Dependence of maximum erosion rate in cavitation erosion on the combined parameter σ f ′ n ′ More

Fig. 12 Erosion rate as a function of wear penetration rate for untreated and laser-melted cast iron surfaces eroded at different impingement angles. Source: Ref 46 More

Fig. 5 Erosion rate (V u ) as a function of particle impingement energy (E k ) for uncoated carbon steel AISI 1020 and thermally sprayed WC LW45 on carbon steel as well as CVD coatings of diamond (20 µm thick) on WC-Ni and B4C (15 µm thick) on WC-Co. E k at 90° jet angle for water-sand jet More

Fig. 13 Plot of erosion rate versus the normal component of velocity ( v ⋅ sin e ) for a (111) silicon single crystal as a function of angles of incidence. Al 2 O 3 erodent particle size was 390 μm. Source: Ref 83 More

Fig. 5 Influence of temperature on the erosion rate of plain carbon steel in a vibratory cavitation device. Source: Ref 10 More