References
- Swirl Flows Gupta,A.K.;Lilley,D.G.;Syred,N.
- Swirl Flow: Fundamentals and Applications Khalatov,A.A.
- Heat Transfer and Hydrodynamics in Centrifugal Fields. Vol. 1: Curved Flows and Surfaces(1996): Vol. 2: Rotating Systems (1996): Vol. 3: Swirl Flows (2000); Vol. 4: Industrial Applications Khalatov,A.A.;Avramenko,A.A.;Shevchuk,I.V.
- Patent of UK. No 2202907, 10.01.88, 416/96 R Cooled Compound Elements of Airfoil Smith,N.
- Patent of Ukraine No 10515A, 25.12.96., Priority of 05.12.94 Cooled Blade of Guide Vane Varganov,I.S.;Khalatov,A.A.;M.Mitrakhovich,M.M.
- Patent of USA, No 5,603,606, 416/97 R; 415/115 Turbine Cooling System Glezer,B.;Tsuhon Lin;Moon Hee-Ko
- Patent of Ukraine, No 20116A, 25.12.97 Priority of 05.12.94 Jet-cooled Cyclone System Geletuha,G.G.;Khalatov,A.A.
- ASME Paper 96-GT-181 Novel Technique for Internal Blade Cooling Glezer,B.;Moon,H.K.;OConnel,T.
- Proceedings. of FEDSM98, 1998 ASME Fluids Engineering Division Summer Meeting FEDSM98-4996 Evaluation of Vortex Cooling System for Turbine Blades R.M.AL-Ajmi;Syred,N.;Bowen,P.;Khalatov,A.A.
- ASME Paper 97-GT-530 Flow Phenomena in Swirl Chambers Ligrani,P.M.(et al.)
- The 33d AIAA/ASME/SAE/ASEE-Conference, Paper 97-3013, 1997.Flow Within Double Overlapped Passages. Report No 2624 Innovative Vortex Cooling Cpncept and its Application to Turbine Airfoil Trailing Edge Cooling Design Cheng Kian(et al.)
- ASME Paper2000-GT-237 Innovative Cyclone Cooling Scheme for Gas Turbine Blade: Thermal-Hydraulic Performance Evaluation Khalatov,A.A.;Syred,N.;Bowen,P.(et al.)
- ASME Paper 2000-GT-230 The 2000 International Joint Power Generation Conference and Exposition Khalatov,A.A.;Syred,N.;Bowen,P.(et al.)
- ASME Paper 98-GT-214 Heat Transfer in Rotating Radial Channel With Swirling Internal Flow Glezer,B.(et al.)
- ASME Paper 2000-GT-230. The 2000 International Joint Power Generation Conference and Exposition Influence of Cross-flow Induced Swirl and Impingement on Heat Transfer in a Two-pass Channel Connected by Two Rows of Holes Panula,G.;Ekkad,S.;Acharya,S.
- Izvestiya Academii Nauk, Energetika i Transopt, No 3 Heat Transfer Studies: Development of Gas Turbine Cooling Systems Kopelev(et al.)
- Effective Blade Cooling Techniques for High Performance Gas Turbines Nagoga,G.P.
- The 2001 International Joint Power Generation Conference and Exposition, USA ASME Paper 2000-GT-230 Quasi Two-Dimensional Cyclone-Jet Cooling Configuration: Evaluation of Heat Transfer and Pressure Losses Khalatov,A.A.;Syred,N.;Bowen,P.G.;$,Al-Ajmi,R.
- CFD Study Into the Hydrodynamics and Patterns of Three-Dimensional Swirling Dumka Smith,A.;Khalatov,A.A.
- ASME Paper 2000-GT-653 Detailed Flow and Heat Transfer Coefficient Measurements in a Model of an Internal Cooling Geometry Employing Orthogonal Intersecting Channels Gillespie,D.R.;Ireland,P.;Dailey,G.M.
- Heat/Mass Transfer. Convective. Problem Reports: Radiation and Complex Heat Transfer Heat Transfer at Self-Formation of a hirlwind Structure Gachechiladze,A.(et al.)
- ASME Paper 97-GT-437 Concavity Enhanced Heat Transfer in an Internal Cooling Passage Chyu,M.K.;Yu,Y.;Ding,H.;Downs,J.P.;Soechting,F.O.
- Vestnik MGTU. Ser. Mashinostrostroenie Flow Pattern and Heat Transfer Over a Hemispherical Dimple Flowed by Turbulized Airstream Kesarev,V.S.;Kozlov,A.P.
- ASME Paper 99-GT-163 Channel Height Effect on Heat Transfer and Friction in a Dimpled Passage Moon,H.K.;Okonnel,T.;Glezer,B.
- ASME Paper 2000-GT-236 Effect of a Surface Curvature on Heat Transfer and Hydrodynamics Within a Single Hemispherical Dimple Khalatov,A.A.;Syred,N.(et al.)
- ASME Paper 2001-GT-230 Local Heat Transfer and flow Structure on and Above a Dimpled Surface in a Channel Mahmood,G.I.;Hill,M.L.;Nelson,D.L.;Ligrani,P.
- Heat Transfer 98. Proceedings of 11th IHTC v.6 Studies of Hydrodynamics and Heat Exchange in Channels with Various Types of Intensifiers Gortyshov, Yu. F.;Popov,I.A.;Amirhanov,R.D.;Gulitsky,K.E.
- ASME Paper 90-GT-301 Measurements and Calculations of End Wall Heat Transfer and Aerodynamics on a Nozzle Guide Vane in Annular Cascade Harvey,N.W.;Jones,T.V.
- Promyshlennaya Teplotkhnika v.15 no.4 Heat Transfer and Hydrodynamics on the End Wall of a Gas Turbine Cascade Nozzle with Intensive Secondary and Vortex Flows Khalatov,A.A.
- ASME Paper 95-GT-7 Flow Visualisation in a Linear Turbine Cascade of High Performance Turbine Blades Hai-Ping Wang;Olson,S.J.;Goldstein,R.J.;Eckert,R.G.
- ASME Journal of Heat Transfer v.110 Turbulent Transport on the Endwall in the Region Between Adjacent Blades Goldstein,R.J.;Spores,R.A.
- ASME Paper 90-WA/HT-4 Three-Dimensional Flow Near the Blade Endwall Junction: Visualization in a Large-Scale Cascade Simulator Chung,J.T.;Simon,T.W.
- Warme-und Stofubertragung v.27 Three-Dimensional Flow at the Junction Between a Turbine Blade Endwall Jabbari,M.J.;Goldstein,R.J.;Marston,K.C.;Eckert,R.G.
- ASME Paper 98-GT-293. The 1998 International Joint Power Generation onference and Exposition Improved Approach at an End Wall Heat Transfer Analysis: a Linear Vane and Curved Duct Khalatov,A.A.
- Heat Transfer 98, Proceedings of 11th IHTC v.6 Heat Transfer on Non-Porous and Porous Smooth End Wall of a Linear Guide Vane Model Khalatov,A.A.
- ASME Paper 99-GT-329 Heat Transfer Over Non-Porous and Porous Smooth End Wall of a Linear Guide Vane in the Presence of Freestream Turbulence Khalatov,A.A.;Shevtsov,S.V.;Syred,N.
- ASME Paper 99-GT-338 Non-Axisymmetric End Wall Design: Part 2 Experimental Validation Hartland,J.C.;Gregory-Smith,D.G.;Harvey,N.W.;Rose,M.G.
- ASME Paper 99-GT-339 Secondary Flow Reduction in a Nozzle Guide Vane Cascade by Nozzle Guide Vane Cascade by Non-Axisymmetric End-wall Profiling Yan,J.;Gregory-Smith,D.G.;Walker,P.J.
- Proc. Colloquium on Turbomachinery Documenting of Complex Flows in Gas Turbine Gas Path Cooling Systems Simon,T.W.;Burd,S.W.;Satterness,C.J.;Kaszeta,R.W.;Oke,R.;S.J.Song(ed.)
- Report of Cardiff University, No. 1328 no.1328 CFD Simulations on the Cyclone Cooling System of the Turbine Blade Khalatov,A.A.;Lam,K.W.
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- International Symposium on Heat Transfer in Gas Turbine Systems;Book of Abstracts. International Centre for Heat and Mass Tansfer Application of Swirl Flow Concept to Internal Blade Cooling Khalatov,A.A.;Syred,N.
- AIAA/SAE/ASME/ASEE, The 12th Joint Propulsion Conference, USA AIAA Paper No 90-2144 The Investigation of Heat Transfer in Cooled Blades of Gas Turbines Goreloff,V.;Goychenberg,M.;Malkoff,V.
- Aeronaut v.Q27 Golf Ball Aerodynamics Bearman,P.W.;Harvey,J.K.
- Journal of Thermophsics and Heat Transfer v.14 no.2 Impingement Heat Transfer on Dimpled Surfaces Using a Transient Liquid Crystal Technique Azad,G.;Huang,Y.;Han,J.C.
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- Izvestiya Akademii Nauk, Energetika no.3 Application of Vortex Generators for Combustion and Flame Stabilization Chudnovsky, Ya.P.;Kozlov,A.P.;Shchukin,A.V.;Agachev,R.S.;Gruzdev,V.N.
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- Generators and Heat Transfer. Proceedings of the 5th UK National Conference on Heat Transfer. Imperial College of Science and Technology Fiebig, M. Vorties
- ASME Paper 99-GT-255 Heat Transfer and Fluid Flow in a Square Duct with 12 Different Shaped Vortex Generators Liou,T.M.;Chen,C.C.;Tsai,T.W.
- Report of the S.Petersburg Academy of Civilian Aviation Modeling of organized vortex heat and mass transfer on dimpled curved surfaces: effects of natural convection, two-phase flow and combustion Isaev,S.A.
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- Patent of Ukraine No 32100A, 15.12.00 Cooled Blade of Gas Turbine Khalatov,A.A.;Varganov,I.S.;Borisov,I.I.
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