5LI J,KONG S R,YAN X,et al.Numerical investigations on leak-age performance of the rotating labyrinth honeycomb seal[J].ASME Journal of Engineering for Gas Turbines and Power,2010,132:062501.
6PUGACHEVA O,KLEINHANS U,GASZNER M.Prediction ofrotordynamic coefficients for short labyrinth gas seals usingcomputational fluid dynamics[J].Gas Turbine Power,2012,134(6):107-121.
7BOZZI L,FACCHINI B.Experimental investigation on leakagelosses and heat transfer in a nonconventional labyrinth seal[C] / / Proceeding of ASME Turbo Expo 2011:Power for Land,Sea and Air.Vabcouver,Columbia:ASME,2011.
8SURYANARAYANAN S,MORRISON G L.Labyrinth seal dis-charge coefficient for rectangular cavities[C] / / Proceedings ofthe ASME 2009:Fluids Engineering Division Summer Meeting.New York:ASME,2009.
9SURYANARAYANAN S,MORRISON G L.Analysis of flow pa-rameters influencing carry-over coefficient of labyrinth seals[C] / / Proceedings of ASME Turbo Expo 2009: Power forLand,Sea and Air.Orlando,New York:ASME,2009.
10SURYANARAYANAN S, MORRISON G L. Effect of toothheight,tooth width and shaft diameter on carry-over coefficientof labyrinth seals [C] / / Proceedings of ASME Turbo Expo2009:Power for Land, Sea and Air. Orlando, New York:ASME,2009.