Experiments to measure losses of a linear cascade of transonic turbine blades are reported. Detailed measurements of the boundary layer at the rear of the suction surface of a blade and examination of wake traverse data enable the individual components of boundary layer, shock and mixing loss to be determined. Results indicate that each component contributes significantly to the overall loss in different Mach number regimes. Traverses in the near wake of the blade indicate the way in which the wake develops and facilitate examination of the development of the mixing loss
In order to produce a more efficient design of a compact turbine driving a cryogenic engine turbo-pu...
For a typical transonic turbine rotor blade, designed for use with coolant ejection, the trailing ed...
The measurement accuracy of the temperature/pressure probe mounted at the leading edge of a turbine/...
Experiments to measure losses of a linear cascade of transonic turbine blades are reported. Detailed...
Experimental techniques associated with the measurement of loss of transonic turbine blades with tra...
Contribution is concerned with experimental investigation of the transonic turbine blade cascade ae...
The flow in a transonic rotor cascade is investigated by both experimental and numerical methods. Me...
The flow in a transonic rotor cascade is investigated by both experimental and numerical methods. Me...
The present work is part of an extensive experimental activity carried out by the authors in recent ...
The loss of Square, Round, and Elliptical turbine trailing edge geometries, and the mechanisms respo...
Thesis: S.M., Massachusetts Institute of Technology, Department of Aeronautics and Astronautics, 201...
Plane turbine cascades are used to improve the capability to predict aerodynamic loss, loading, and ...
An experiment was conducted to investigate the aerodynamic losses of two high-pressure steam turbine...
The boundary layers of a transonic turbine blade have been measured in detail. The full velocity pro...
The boundary layers of a transonic turbine blade have been measured in detail. The full velocity pro...
In order to produce a more efficient design of a compact turbine driving a cryogenic engine turbo-pu...
For a typical transonic turbine rotor blade, designed for use with coolant ejection, the trailing ed...
The measurement accuracy of the temperature/pressure probe mounted at the leading edge of a turbine/...
Experiments to measure losses of a linear cascade of transonic turbine blades are reported. Detailed...
Experimental techniques associated with the measurement of loss of transonic turbine blades with tra...
Contribution is concerned with experimental investigation of the transonic turbine blade cascade ae...
The flow in a transonic rotor cascade is investigated by both experimental and numerical methods. Me...
The flow in a transonic rotor cascade is investigated by both experimental and numerical methods. Me...
The present work is part of an extensive experimental activity carried out by the authors in recent ...
The loss of Square, Round, and Elliptical turbine trailing edge geometries, and the mechanisms respo...
Thesis: S.M., Massachusetts Institute of Technology, Department of Aeronautics and Astronautics, 201...
Plane turbine cascades are used to improve the capability to predict aerodynamic loss, loading, and ...
An experiment was conducted to investigate the aerodynamic losses of two high-pressure steam turbine...
The boundary layers of a transonic turbine blade have been measured in detail. The full velocity pro...
The boundary layers of a transonic turbine blade have been measured in detail. The full velocity pro...
In order to produce a more efficient design of a compact turbine driving a cryogenic engine turbo-pu...
For a typical transonic turbine rotor blade, designed for use with coolant ejection, the trailing ed...
The measurement accuracy of the temperature/pressure probe mounted at the leading edge of a turbine/...