2.11 Commercial Pipeline
and Transport Systems, Long Distance Slurry Pipelines, Case Studies
1. D.R. Kaushal, Y. Tomita and R.R. Dighade, Concentration at the Pipe Bottom at Deposition Velocity for Transportation of Commercial Slurries through Pipeline, Powder Technology 125 (2002) 89-101.
2. V. Matoušek, Unsteady Solids Flow in a Long Slurry Pipeline with Pumps in Series - Process of Material Aggregation, Journal of Hydrology and Hydromechanics 44/6 (1996) 396-409.
3. V. Matoušek, Solids Transportation in a Long Pipeline Connected with a Dredge, Terra et Aqua 62 (1996) 3-11.
4.
V.
Matoušek, On the Amplification of Density
Waves in Long Pipelines Connected with a Dredge, in Proc. The XVIth World Dredging
Congress, on CD,
5. V. Matoušek and F. Ni, On the Economy of Pipeline Transportation of High Concentrated and Broad Graded Sand‑Water Slurries: Results of Laboratory Tests, in Proc. XXth WEDA Technical Conf. and XXXIIst Texas A&M Dredging Seminar, Providence/Warwick, Rhode Island, pp. 73-86, 2000.
6. R.H.J. Sellin, V. Kolar, P. Vlasak and J. Pollert, Experiments with a drag reducing polymer in an ash-slag hydrotransport pipeline, Journal of Hydraulic Research, IARH 26/2 (1988) 143-157.