.... A = area (m 2 ) Al = aluminum Cu = copper f = frequency (Hz) Fo = Fourier number g = Green's function coefficient G = discrete Green's function coefficient G −1 = inverse discrete Green's function coefficient h = convective heat transfer...

... Convective heat transfer Engines Experimental Heat transfer Internal flow Mass Transfer Turbines High efficiencies and power density in gas turbines are increasingly important for both power generation and aviation propulsion. To increase thermodynamic cycle efficiencies, manufacturers...

... Convective heat transfer Cooling Gas turbine technology Heat transfer The development of the turbine cooling technology has been one of the main pillars in the development of gas turbine engines. As engine manufacturers are constantly pushing the design limits by constantly increasing the overall...

... catalytically with NO x to produce water and N 2 . In this study, a separate unit is used for the decomposition of urea; it is called hydrolysis reactor . Convective heat transfer Design optimization Droplet Environmental Evaporation Experimental Jets Mass Transfer Sprays Thermodynamics Two...

... by a factor of two. Cavities Computational fluid dynamics Convective heat transfer 30 08 2017 10 10 2017 Contributed by the Heat Transfer Committee of ASME for publication in the J OURNAL OF E NGINEERING FOR G AS T URBINES AND P OWER . Manuscript received August 30, 2017...

... 2017 Aerodynamics Computational fluid dynamics Convective heat transfer Environmental Evaporation Gas turbine technology Heat transfer Multiphase flows Particulate Phase change Thermal Two-phase Over 240 icing-related engine events have been recorded since 1990. Mason et al...

... Combustors Convective heat transfer Energy systems Control systems The present paper considers simultaneous use of full-coverage effusion cooling (applied on an external plate surface) and impingement array cooling (applied on an internal plate surface), as employed for thermal protection...

... Committee of ASME for publication in the J OURNAL OF E NGINEERING FOR G AS T URBINES AND P OWER . Manuscript received July 11, 2017; final manuscript received July 24, 2017; published online October 17, 2017. Editor: David Wisler. 11 07 2017 24 07 2017 Convective heat transfer...

...: Jerzy T. Sawicki. 19 06 2016 11 07 2017 Convective heat transfer Finite element methods Heat transfer Mixed Convection Temperature Thermocouples Thermodynamics Jet engines are fitted with bearings which ensure efficient transmission of the mechanical power...

..., 2017; published online October 17, 2017. Editor: David Wisler. 05 07 2017 25 07 2017 Convective heat transfer Energy conversion Friction Heat transfer Modeling Power systems Structural dynamics Wear Turbocharging is a common method to make an automotive engine...

... July 17, 2017; final manuscript received July 18, 2017; published online October 3, 2017. Editor: David Wisler. 17 07 2017 18 07 2017 Aerothermodynamics Condensation Convective heat transfer Fatigue Finite element methods Heat transfer Stress analysis Thermal Turbines...

...; final manuscript received March 29, 2017; published online June 1, 2017. Editor: David Wisler. 22 02 2017 29 03 2017 Aerothermodynamics Convective heat transfer Gas turbine technology Heat transfer In order to achieve higher thermal efficiency and power output of a gas...

... Committee of ASME for publication in the J OURNAL OF E NGINEERING FOR G AS T URBINES AND P OWER . Manuscript received March 17, 2017; final manuscript received March 21, 2017; published online April 25, 2017. Editor: David Wisler. 17 03 2017 21 03 2017 Convective heat transfer...

... September 23, 2016; final manuscript received December 15, 2016; published online March 7, 2017. Editor: David Wisler. 23 09 2016 15 12 2016 Computational fluid dynamics Convective heat transfer Cooling Experimental Gas turbine technology Heat transfer Internal flow...

... manuscript received November 7, 2016; published online February 23, 2017. Editor: David Wisler. 07 10 2016 07 11 2016 Computational fluid dynamics Convective heat transfer Gas turbine technology Heat transfer Internal flow Thermal The leaf seal [ 1 , 2 ] is a compliant...

... Aerothermodynamics Computational Computational fluid dynamics Convective heat transfer Energy Energy conversion Forced convection Heat transfer Internal combustion engines Thermodynamics Ever more stringent emission legislations and the quest to reduce fuel consumption have forced the trend toward...

... Convective heat transfer Experimental Film cooling Heat transfer The rotor blade tip is the most vulnerable part in high-pressure (HP) turbine. In addition to being a major contributor to the loss of turbine efficiency, the over-tip-leakage (OTL) flow introduces very high thermal load to the tip...

... transfer, HTC is dominated and driven by aerodynamics. So, a change in HTC should be an indicator of the change in aerodynamics. In other words, the change in HTC should be a measure of the effective relevant change in aerodynamics as far as the convective heat transfer is concerned. The present...

... Convective heat transfer Energy Experimental Fluids Forced convection Gas turbine technology Heat transfer Internal flow Temperature The leaf seal [ 1 – 3 ] is a relatively new technology for sealing applications in the secondary air system of gas and steam turbines. Nakane et al. [ 4...

... were done focusing also on mechanical integrity [ 4 ]. Numerical model sensitivities as well as validation of heat transfer approaches against measurements are described in Ref. [ 5 ]. Aerodynamics Computational fluid dynamics Convection Convective heat transfer Experimental Forced...