TY  - JOUR
UR  - https://www.scopus.com/inward/record.uri?eid=2-s2.0-85164235954&doi=10.1016%2fj.apt.2023.104144&partnerID=40&md5=16c8be83e2b5acd31e14a0ea92972bb4
AV  - none
N2  - Sand screens that are widely used in petroleum industry, can fail due to erosion. Since carrying fluid type can have a considerable effect on erosion, in this study, dense discrete phase model (DDPM) was utilized to model sand screen erosion using a CFD-based technique under air, water, and oil flows with four different sand types. The results showed that, erosion was much greater in liquid flows than in air flows. For liquids flows, erosion increases as the uniformity and the sorting coefficients of sand decrease. It has been concluded that, when sand contains various sizes under a certain fluid type, the significance and contribution of particles related parameters on erosion depend on sorting and uniformity of the produced sand. © 2023
VL  - 34
JF  - Advanced Powder Technology
N1  - cited By 1
KW  - Air; Computational fluid dynamics; Erosion; Particle size; Petroleum industry; Sand; Screening
KW  -  CFD-based erosion modeling; Dense discrete phase model; Discrete phase modeling; Erosion modeling; Erosion predictions; Liquid flow; Particles-size distributions; Sand screen erosion; Sand screens; Solid particle erosion
KW  -  Particle size analysis
IS  - 9
TI  - CFD-based erosion modelling of sand screen using dense discrete phase model: Investigating carrier fluid type effect
ID  - scholars18277
A1  - Abduljabbar, A.
A1  - Eissa Mohyaldinn, M.
A1  - Ridha, S.
A1  - Younis, O.
A1  - Saeed Alakbari, F.
Y1  - 2023///
ER  -