Turbomachinery: Fluid Dynamics and ThermodynamicsThis volume explores the scientific problems in the design, development and operation of axial and radial turbomachinery. |
Contents
Performance | 3 |
C55714899 Experimental and numerical investigations on | 477 |
C55708899 Parametric study of the flow in swirl brakes by means | 489 |
Copyright | |
2 other sections not shown
Common terms and phrases
aerodynamic aeroelasticity ASME Paper averaged axial axial compressor blade row boundary conditions boundary layer boundary layer transition chord compressor computational displacement thickness downstream effect endwall entropy equations exit experimental data Figure flow field fluctuations fluid free-stream gas turbine geometry grid heat transfer horseshoe vortex interaction isentropic laminar leading edge length linear loss coefficient Mach number mass flow measurements mesh method midspan Navier-Stokes non-linear nozzle operating point parameters particle passage performed pitchwise plane position prediction pressure distribution pressure gradient pressure side probe radial ratio region relative Reynolds number Rolls-Royce plc rotating rotor rotor blade secondary flow separation bubble shock wave simulation solver spanwise speed static pressure stator steady streamwise suction side suction surface temperature test section thickness total pressure loss trailing edge transonic turbine blade turbine cascade Turbomachinery turbulence level turbulence model unsteady flow upstream viscous vorticity wake wall