12.07.2015 Views

Inne publikacje prof. dr hab. inż R. Rządkowskiego

Inne publikacje prof. dr hab. inż R. Rządkowskiego

Inne publikacje prof. dr hab. inż R. Rządkowskiego

SHOW MORE
SHOW LESS

Create successful ePaper yourself

Turn your PDF publications into a flip-book with our unique Google optimized e-Paper software.

BooksRządkowki R. : Dynamic of Rotor Steam Turbine Blading, Part Two, Bladed Discs, MaszynyPrzepływowe Tom 22, Wrocław Ossolineum, 1998.Paper1. Rządkowki R.: A Higher-Order Linear Theory for Isotropic Plates- II. NumericalRealization, Int. J. Solids Structures, 29(7), 8, 37-844, 1992.2. Rządkowki R.: Transient Vibration of a Mistuned Bladed Disc During Run-up, ZAMM,72, 4, T 22-T 24, 1992.3. Rządkowki R.: The General Model of Free Vibrations of Mistuned Bladed Discs. Part I.Theoretical Model, Journal of Sound and Vibration, 173(3), 9 June, 395-401, 1994.4. Rządkowki R.: The General Model of Free Vibrations of Mistuned Bladed Discs Part II.Numerical results, Journal of Sound and Vibration, 173(3), 9 June, 402-413, 1994.5. Rządkowki R.: The Partial Admission of Tuned and Mistuned Bladed Discs, Journal ofSound and Vibration,171(2), 24 March, 201-217, 1994.6. Rządkowki R.: Two Dimensional Incompressible Flow Through a Vibrating Bladed Disc.Theoretical Model, ZAMM, 73, 6, T 611-T 613, 1993.7. Rządkowki R.: The Model of Flutter of Bladed Discs in Incompressible Flow, ZAMM, 74,5, T 418-T 420, 1994.8. Rządkowki R.: Transient Nozzle Exciatation of Mistuned Bladed Discs, Journal of Soundand Vibration, 190 (4), 629-643, 1996.9. Rządkowki R.: Resonance Vibration of Mistuned Bladed Discs in Stationary Operations,ASME paper 97-GT-499, 1997.10. Rządkowski R., Gnesin V., Kolodyazhnaya L.: A 3D Coupled Fluid-Structure AeroelasticAnalysis for Turbomachinery Rotor Blades Row, Journal of Mechanical Engineering,Vol. 2, No 3-4, 45-54, 1999.11. Gnesin V., Rządkowski R., Kolodyazhnaya L.: A Coupled Fluid-Structure Analysis for3D Flutter in Turbomachines, ASME Paper No 2000-GT-380, 2000.12. Rządkowski R., Kovalyov A. Czislennoje Modelirowanije Izgibno-Krutilnovo Flattera priKinamaticzeski zadanom Zakonie Kolebanij, Zbornik Naucznych Trudov, AvacjonalnojAkademii nauk Ykrainy: Sowerszenstowanie Turbnoystanovok Metodamimatematiczeskogo i Fiziczeskowo Modelirovanija, Charkov 2000, 238-241, 2000.13. Rządkowski R., Kovalyov A.: Czislennoje Modelirowanije Kolebanij Lopatok sRastrojkoj Sobstvennych Czastot, Zbornik Naucznych Trudov, Avacjonalnoj Akademiinauk Ykrainy: Sowerszenstowanie Turbnoystanovok Metodami matematiczeskogo iFiziczeskowo Modelirovanija, Charkov 2000, 233-237, 2000.


14. Rządkowski R., Gnesin V., Kolodyazhnaya L.: Samowozbuzdajuszczejsja kolebanijalopatok wencow turbomaszin w niestacjonarnom transzwukowom potokie gaza, ZbornikNaucznych Trudov, Avacjonalnoj Akademii nauk Ykrainy: SowerszenstowanieTurbnoystanovok Metodami matematiczeskogo i Fiziczeskowo Modelirovanija, Charkov2000, 222-228, 2000.15. Rządkowski R., Gnesin V., Kolodyazhnaya L.: Aeroelastic Oscillations of Blade Row in3D Transonic Flow Through a Turbine Stage, Vibracji v Technikie i Technologiach,Vceykrainskij naukovo-technicznyj zyrnal, No 4(20), 24-31, 2001.16. Gnesin V., Rządkowski R.: 3D Inviscid Flutter of the Mistuned Cascade,, Vibracji vTechnikie i Technologiach, Vceykrainskij naukovo-technicznyj zyrnal, No 4(20), 107-113,2001.17. Gnesin V., Kolodyazhnaya L., Rządkowski R.: Coupled Aeroelastic Oscillations of aTurbine Blade Row in 3D Traansonic Flow, Journal of Thermal Science, Vo. 10, No. 4,October, 318-324, 2001.18. Rządkowski R., Gnesin V., Kolodyozhnaya L.: The 3D Coupled Fluid-StructureAeroelastic Oscillations in the Long Steam Turbine Blade, p.841-861 in Book:UnsteadyAerodynamics, Aeroacustics and Aeroelastocity of Turbomachines edited by P.Ferrand,S.Aubert,Presses Universitaires de Grenoble, 2001.19. Rządkowski R., Gnesin V.: 3D Unsteady Forces of the Transonic Flow Through a TurbineStage with Vibrating Blades, ASME Paper GT-2002-300311, 2002.20. Gnesin V., Kolodyazhnaya L, Rządkowski R.: A Numerical Modelling of Stator-RotorInteraction in Turbine Stage with Oscillating Blades, ASME Paper IMECE2002-32975,2002.21. Rządkowski R, Gnesin V.: 3D Inviscid Flutter of a Nonrotating Last Stage Steam TurbineBlades' , Advances in Vibration Engineering, Vol.1, No(1), 76-89, 2002.22. Rządkowski R, Kovalyov A.: 2D Bending and Torsional Flutter of the Mistuned TurbineBlades, Advances in Vibration Engineering, Vol.1, No(3), 233-245, 2002.23. Rao J.S., Rządkowski R.: Life Estimation of Tuned and Mistuned Blades using Linearand Nonliner Cumulative damage Theories, Advances in Vibration Engineering, Vol.1,No(4), 222-234, 2002.24. Gnesin V., Rządkowski R.: A Coupled Fluid-Structure Analysis for 3D Inviscid Flutter ofIV Standard Configuration, Journal of Sound and Vibration, 251(2), 315-327, 2002.Polish papers1. Rządkowski R , Gnesin V., Kovalyov A.: The 2D Flutter of a Bladed Disc, PraceInstytutu Lotnictwa 4/95 (155), 101-110, Warszawa 1998.2. Rządkowski R : Vibration of Plates with Beams in the 2D Compressible Flow, Archivesof Civil Engineering, XLV, 2, 431-344, 1999.


3. Rządkowski R , Gnesin V., Kovalyov A.: Comparison of the 2D and 3D Models of Flutterof a Palisade in an Inviscid Flow, Cieplne Maszyny Przepływowe, Turbomachinery 115,Zeszyty Naukowe, Politechnika Łódzka, 349-356, 1999.4. Gnesin V., Rządkowski R., Kolodyazhnaya L: The Numerical Study of 3D Flutter in aTransonic Blade Row, Cieplne Maszyny Przepływowe, Turbomachinery 115, ZeszytyNaukowe, Politechnika Łódzka, 149-158, 1999.5. Rządkowski R., Kovalyov A.: Selfexcited vibration of a palisade in 2D subsonic,transonic, and supersonic flow, TASK Quarterly 4, 1, 49-80, 2000.6. Rządkowski R., Gnesin V.: The Numerical and Experimantal Verification of the 3DInviscid Code, Transaction of the Institute of Fluid-Flow Machinery, No 106, 69-95,2000.7. Gnesin V., Rządkowski R.: The theoretical model of 3D flutter in subsonic, transonic andsupersonic inviscid flow, Transaction of the Institute of Fluid-Flow Machinery, No 106,45-68, 2000.8. Rządkowski R., Gnesin V.: Analysis of 3D Flutter of Long Steam Turbine Blades-Harmonic Oscillations, Cieplne Maszyny Przepływowe, Turbomachinery 117, ZeszytyNaukowe, Politechnika Łódzka, 239-248, 2000.9. Rządkowski R., Gnesin V.: Aeroelastic Behaviour of the Last Stage Steam TurbineBlades. Part I. Harmonic Oscillations, Transaction of the Institute of Fluid-FlowMachinery, No 108, 59-72, 2001.10.Gnesin V., Rządkowski R.: Aeroelastic Behaviour of the Last Stage Steam TurbineBlades. Part II. Coulped Fluid-Structure Oscillations, Transaction of the Institute of Fluid-Flow Machinery, No 108, 73-94, 2001.11.Rządkowski R., Gnesin V.: 3D Inviscid Flutter of Rotor Blades and Stator-Rotor Stage,TASK Quarterly 5, 4, 567-577, 2001.12.Gnesin V., Rządkowski R.: 3D Inviscid Flutter of IV Standard Configuration. Part I.Harmonic oscillations, Transaction of the Institute of Fluid-Flow Machinery, No 111, 37-50, 2002 .13.Rządkowski R., Gnesin V.: 3D Inviscid flutter of IV Standard Configuration. Part II.Coupled Fluid-Structure Oscillation, Transaction of the Institute of Fluid-FlowMachinery, No 111, 51-71, 2002.14.Rządkowski R., Kovalov A.: 2D Inviscid flutter of the Mistuned Fourth and FirstStandaed Configuration, Transaction of the Institute of Fluid-Flow Machinery, No 112,139-154, 2003.15.Sokołowski J., Rządkowski R., Kwapisz L.: Frequncies and Modes of Rotating FlxibleShruouded Bladed Discs-Shaft Assemblies, TASK Quarterly 7, 2, 215-231, 2003.


16.Rządkowski R.: Comparison of the Linear and Nonlinear Cumulative Damage Theories inTransient Analysis of a Tuned and Mistuned Turbine Blades, Transaction of the Instituteof Fluid-Flow Machinery, No 112, 155-170, 2003.17.Rządkowski R., Gnesin V., Soliński M.: High and Low Frequency Excitations of the LastStage Rotor Blades and Shaft of the Steam Turbine 13K215, Transaction of the Instituteof Fluid-Flow Machinery, No 114, 123-132, 2003.18.Sokołowski J., Rządkowski R., Kwapisz L.: Influence of the Blade Length on the NaturalFrequencies and Mode Shapes of Two Bladed Rigid Discs on the Shaft, Transaction ofthe Institute of Fluid-Flow Machinery, No 114, 177-190, 2003.

Hooray! Your file is uploaded and ready to be published.

Saved successfully!

Ooh no, something went wrong!