and Tomita, Y., Solid Concentration Profiles and Pressure Drop in Pipeline Flow of Multisized Particulate Slurries, Int. Karabelas, A.J., Vertical Distributions of Dilute Suspensions in Turbulent Pipe, AIChE J, vol. and Zhang, P., Numerical Investigation of Slush Nitrogen Flow in a Horizontal Pipe, Chem. and Kaushal, D.R., Modeling of Sand-Water Slurry Flow through Horizontal Pipe Using CFD, J. and Kaushal, D.R., Analysis of Effect of Grain Size on Various Parameters of Slurry Flow through Pipeline Using CFD, Part. and Shook, C.A., Modeling High Concentration Settling Slurry Flows, Can. Gillies, R.G., Schaan, J., Sumner, R.J., Mckibben, M.J., and Shook., C.A., Deposition Velocities for Newtonian Slurries in Turbulent Flow, Can. and Shook, C.A., Concentration Distributions of Sand Slurries in Horizontal Pipe Flow, Part. Gillies, R.G., Shook, C.A., and Wilson, K.C., An Improved Two Layer Model for Horizontal Slurry Pipeline Flow, Can. and Condolios, E., Technical Data on Hydraulic Transport of Solid Materials in Conduits, Revue de L 'Industrie Minerale, Numero Special IF, 1956.Д®kambara, K., Sanders, R.S., Nandakumar, K., and Masliyah, J.H., Hydrodynamic Simulation of Horizontal Slurry Pipeline Flow Using ANSYS-CFX, Industrial Eng. 39-55, 1952.Дurand, R., Basic Relationships of the Transportation of Solids in Pipes - Experimental Research, in Proc. on the Hydraulic Transport of Coal, National Coal Board, London, UK, Paper no. and Condolios, E., Experimental Study of the Hydraulic Transport of Coal and Solid Materials in Pipes, in Proc. and Barnea, D., A Three-Layer Model for Solid-Liquid Flow in Horizontal Pipes, Int. 1667-1670, 1987.Дoron, P., Granica, D., and Barnea, D., Slurry Flow in Horizontal Pipes-Experimental and Modelling, Int. 1144-1154,2009.Дavies, J.T., Calculation of Critical Velocities to Maintain Solids in Suspension in Horizontal Pipes, Chem.

303-310, 2017.Д¬hen, L., Duan, Y., Pu, W., and Zhao, C., CFD Simulation of Coal-Water Slurry Flowing in Horizontal Pipelines, Korean J.

131-137,2013.Д«bosa, B., DelleCase, E., Volk, M., and Ozbayoglu, E., A Comprehensive Deposition Velocity Model for Slurry Transport in Horizontal Pipelines, J. and Ahmad, Z., Estimation of Critical Velocity for Slurry Transport through Pipeline Using Adaptive Neuro-Fuzzy Interference System and Gene-Expression Programming, J. of the ASME 2012: Fluids Engineering Summer Meeting, July 8-12, Rio Grande, Puerto Rico, pp. Antaya, C.L., Adane, K.F.K., and Sanders, R.S., Modeling Concentrated Slurry Pipeline Flows, in Proc.

Turian tf