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1 Heath, S. J, "isualization of the Flow of a Fiber Suspension through a Sudden Expansion using PET" 53 (53): 327-334, 2007
2 Derakhshandeh, B, "Rheology of Pulp Fibre Suspensions:A Critical Review" 66 : 3460-3470, 2011
3 Kerekes, R. J, "Rheology of Fibre Suspensions in Papermaking: An Overview of Recent Research" 21 (21): 598-612, 2006
4 Liu Dong, "Research of liquid-solid two phase flow in centrifugal pump with crystallization phenomenon" 한국유체기계학회 7 (7): 54-59, 2014
5 Yamazaki, H, "Removing Paper Machine Bottlenecks with Targeted Rebuilds: Recent Topics for Rebuilds of Headbox, Former and Press Sections" 60 (60): 920-936, 2006
6 Moraczewski, T, "Pressure Drop Enhancement in a Concentrated Suspension Flowing through an Abrupt Axisymmetric Contraction-Expansion" 19 : 103304-, 2007
7 Das, L. G, "Performance Prediction of Vertical Submersible Centrifugal Slurry Pump" 3 (3): 181-203, 2010
8 Yasuda, K, "Orientation and Concentration Distribution of Short Fibers in Suspension Flows through a Slit Channel with a Sudden Expansion" 67 (67): 471-477, 2001
9 Davydenko, E, "New Possibilities for Evaluation of Paper Stock Suspension Flocculation Behavior" 49 (49): 51-57, 1995
10 Arola, D. F, "NMR Imaging of Pulp Suspension Flowing through an Abrupt Pipe Expansion" 44 (44): 2597-2606, 1998
11 Claesson, J, "Modelling the Effect of Fiber Orientation on Local Yield Stress in Flow of Pulp Suspensions" 29 (29): 444-452, 2014
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13 Claesson, J, "Measurement and Analysis of Flow of Concentrated Fiber Suspensions through a 2-D Sudden Expansion using UVP" 59 (59): 1012-1021, 2013
14 Yanaoka, H, "Large Eddy Simulation of Vortex Structures and Frequency Characteristics in Turbulent Flow through an Axisymmetric Sudden Expansion" 73 (73): 751-758, 2007
15 The Japan Society of Mechanical Engineers, "JSME Data Handbook: Hydraulic Losses in Pipes and Ducts" The Japan Society of Mechanical Engineers 1979
16 Kim, T. S, "Investigation of Leakage Characteristics of Straight and Stepped Labyrinth Seals" 3 (3): 253-259, 2010
17 Seki, K, "Introduction of Headbox and Our Experience of Rebuilding" 71 (71): 1001-1005, 2017
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21 Sumida, M, "Flow Properties of Wood Pulp-fiber Suspensions in Circular Pipes" 81 (81): 14-00242, 2015
22 Masaru Sumida, "Flow Characteristics of Pulp Suspension in a 90º Bend" 한국유체기계학회 13 (13): 425-436, 2020
23 Sumida, M, "Flow Characteristics of Pulp Suspension in Wake Region behind a Partition Plate in a Channel" 30 (30): 296-304, 2016
24 Robertson, A. A, "Flocculation in Flowing Pulp Suspensions" 263-269, 1954
25 Lin, J, "Fibre Orientation Distribution in Turbulent Fibre Suspensions Flowing through an Axisymmetric Contraction" 89 : 1416-1425, 2011
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27 VerWeyst, B. E, "Fiber Suspensions in Complex Geometries: Flow/Orientation Coupling" 80 : 1093-1106, 2002
28 Masahiko Sakamoto, "Experimental Study on Performance of a Propulsive Nozzle with a Blower Piping System" 한국유체기계학회 6 (6): 213-221, 2013
29 Masaru Sumida, "Experimental Study of Pulp Suspension Flow in a Channel with Application to Papermaking" 한국유체기계학회 11 (11): 283-293, 2018
30 Makino, T, "Development of Concept IV-MH Headbox" 48 (48): 42-51, 1994
31 Bonano, E. J, "A Study of Floc Breakup and Formation in Flowing Concentrated Fiber Suspensions" 10 (10): 623-633, 1984
32 Eaton, J.K, "A Review of Research on Subsonic Turbulent Flow Reattachment" 9 (9): 1093-1100, 1981