Solid particle erosion of AISI 304, 316 and 420 stainless steels

On the erosive wear of 304 L stainless steel caused by olive seed particles impact: Modeling and experiments

“…Also, several pitting were detected under an impact angle of 90 degree. Our findings are in good agreement with those reported by Laguna-Camacho et al [14] in terms of detected pitting. In addition, the obtained results follow those mentioned by Morrison et al [15] in terms of ploughing and cutting events.…”

“…In the same way, in order to evaluate the numerical results obtained by the second model, According to Laguna-Camacho et al [14], the stainless steel 304 L presents unconventional wear mechanism which is characterized by a brittle fracture of large fragments. Also, several pitting were detected under an impact angle of 90 degree.…”

“…However, few are those who have studied the erosion phenomena of the stainless steel 304. Laguna-Camacho et al [14] show that the erosion wear mechanism of the stainless steel 304 is characterized by a brittle fracture with the detachment of large fragment. Morrison et al [15] have conducted a research about the erosion of the stainless steel 304 L under several impact angles.…”

An investigation of an air-abrasive flow influence on the dynamics of blade steels erosion

“…This experimental rig relates to sand blast type equipment [3,4] and is designed for the following applications: -simulation of SPE structural materials destruction; -research of various blade materials and coatings resistance to shock-dynamic impact; -investigation of the materials and protective coatings destruction dynamics. Compressed air from the spiral compressor (1) is supplies to the filtercontroller (2) where is it's cleaning from various suspensions and impurities and pressure reducing.…”

Study on the Flow Characteristics and Erosion Phenomenon of Frac Sleeve by Using a CFD Approach

“…The majority of the previous studies were devoted to material characteristics, while little attention had been paid to the characteristics of fracturing fluid and sand particles. A lot of researches have been conducted on erosion phenomenon in other industrial [10][11][12][13][14][15]. The coupled approach of CFD and Discrete Element Method is used to simulate the solid-liquid two phase flow [16][17][18].…”