1 J. M. Vance, "Test results of a new damper seal for vibration reduction in turbomachinery" 118 (118): 843-846, 1996
2 E. A. Baskharone, "Swirl brake effect on the rotordynamic stability of a shrouded impeller" 121 (121): 127-133, 1999
3 D. W. Childs, "Rotordynamic performance of a negative-swirl brake for a tooth-on-stator labyrinth seal" 138 (138): 062505-062508, 2015
4 A. O. Pugachev, "Prediction of rotordynamic coefficients for short labyrinth gas seals using computational fluid dynamics" 134 (134): 062501-062510, 2012
5 Sung Ho Kim, "Prediction of leakage and rotordynamic coefficients for the circumferential-groovepump seal using CFD analysis" 대한기계학회 30 (30): 2037-2043, 2016
6 Z. G. Li, "Numerical investigations on the leakage and rotordynamic characteristics of pocket damper seals-part II: effects of partition wall type, partition wall number, and cavity depth" 137 (137): 032504-032513, 2014
7 Z. G. Li, "Numerical comparison of rotordynamic characteristics for a fully partitioned pocket damper seal and a labyrinth seal with high positive and negative inlet preswirl" 138 (138): 042505-042513, 2015
8 W. Z. Wang, "Numerical analysis of leakage flow through two labyrinth seals" 19 (19): 107-112, 2007
9 S. P. Asok, "Neural network and CFD-based optimisation of square cavity and curved cavity static labyrinth seals" 40 (40): 1204-1216, 2007
10 W. J. Kearton, "Leakage of air through labyrinth glands of staggered type" 166 : 180-195, 1952
1 J. M. Vance, "Test results of a new damper seal for vibration reduction in turbomachinery" 118 (118): 843-846, 1996
2 E. A. Baskharone, "Swirl brake effect on the rotordynamic stability of a shrouded impeller" 121 (121): 127-133, 1999
3 D. W. Childs, "Rotordynamic performance of a negative-swirl brake for a tooth-on-stator labyrinth seal" 138 (138): 062505-062508, 2015
4 A. O. Pugachev, "Prediction of rotordynamic coefficients for short labyrinth gas seals using computational fluid dynamics" 134 (134): 062501-062510, 2012
5 Sung Ho Kim, "Prediction of leakage and rotordynamic coefficients for the circumferential-groovepump seal using CFD analysis" 대한기계학회 30 (30): 2037-2043, 2016
6 Z. G. Li, "Numerical investigations on the leakage and rotordynamic characteristics of pocket damper seals-part II: effects of partition wall type, partition wall number, and cavity depth" 137 (137): 032504-032513, 2014
7 Z. G. Li, "Numerical comparison of rotordynamic characteristics for a fully partitioned pocket damper seal and a labyrinth seal with high positive and negative inlet preswirl" 138 (138): 042505-042513, 2015
8 W. Z. Wang, "Numerical analysis of leakage flow through two labyrinth seals" 19 (19): 107-112, 2007
9 S. P. Asok, "Neural network and CFD-based optimisation of square cavity and curved cavity static labyrinth seals" 40 (40): 1204-1216, 2007
10 W. J. Kearton, "Leakage of air through labyrinth glands of staggered type" 166 : 180-195, 1952
11 A. M. G. Eldin, "Leakage and rotordynamic effects of pocket damper seals and see-through labyrinth seals" Texas A&M University 2007
12 Z. R. Li, "Investigation and improvement of the staggered labyrinth seal" 28 (28): 402-408, 2015
13 G. Kirk, "Influence of preswirl on rotordynamic characteristics of labyrinth seals" 55 (55): 357-364, 2012
14 Sivakumar Subramanian, "Influence of combined radial location and growth on the leakage performance of a rotating labyrinth gas turbine seal" 대한기계학회 29 (29): 2535-2545, 2015
15 D. L. Rhode, "Flow visualization and leakage measurements of stepped labyrinth seals: part 1—annular groove" 119 (119): 839-843, 1997
16 E. A. Soto, "Experimental rotordynamic coefficient results for: (a) a labyrinth seal with and without shunt injection and (b) a honeycomb seal" 121 (121): 153-159, 1999
17 D. L. Rhode, "Experimental and numerical assessment of an advanced labyrinth seal" 37 (37): 743-750, 1994
18 R. Gao, "Computational fluid dynamic and rotordynamic study on the labyrinth seals" Virginia Polytechnic Institute and State University 2012
19 R. Gao, "CFD study on stepped and drum balance labyrinth seal" 56 (56): 663-671, 2013
20 T. Hirano, "Application of computational fluid dynamics analysis for rotating machinery—part II : labyrinth seal analysis" 127 (127): 820-826, 2005
21 H. L. Stoker, "Aerodynamic performance of conventional and advanced design labyrinth seals with solid-smooth, abradable and honeycomb lands" NASA 1977
22 H. L. Stocker, "Advanced labyrinth seal design performance for high pressure ratio gas turbines" ASME V001T01A00-, 1975