Previously published experimental aerodynamic efficiency results for a film cooled turbine stator blade are compared with analytical results computed from two published analytical methods. One method was used as published; the other was modified for certain cases of coolant discharge from the blade suction surface. For coolant ejection from blade surface regions where the surface static pressures are higher than the blade exit pressure, both methods predict the experimental results quite well. However, for ejection from regions with surface static pressures lower than the blade exit pressure, both methods predict too small a change in efficiency. The modified method gives the better prediction
Single stage turbine operation with various stator cooling techniques and effects on stator, stage, ...
High turbine inlet temperature becomes necessary for increasing thermal efficiency of modern gas tur...
This paper investigates a turbine blade with two trailing-edge cutback coolant ejection designs, aim...
Published experimental aerodynamic efficiency results were compared with results predicted from two ...
The effect of coolant discharge on the aerodynamic performance of a film cooled turbine stator blade...
The effect of film coolant ejection from the pressure side of a stator blade was determined in a two...
Experimentally determined efficiencies of turbine stator blades having trailing-edge coolant ejectio...
Trailing-edge slot configurations were investigated in a two-dimensional cascade of turbine stator b...
Cold air tests on axial flow turbine with transpiration cooled discrete hole stator blades to determ...
Tests were made on a 0.762-meter-tip-diameter research turbine to determine the effect of blade cool...
Cold-air tests to determine performance characteristics of single-stage turbine with stator blades e...
An air cooled version of a single-stage, axial-flow turbine was investigated to determine aerodynami...
The results of an analytical study to determine the effect of changes in the amount, velocity, injec...
Performance of stator with wire mesh shell blading during cold air investigation of turbine with tra...
The aerodynamic performance of four different cooled vane configurations was experimentally determin...
Single stage turbine operation with various stator cooling techniques and effects on stator, stage, ...
High turbine inlet temperature becomes necessary for increasing thermal efficiency of modern gas tur...
This paper investigates a turbine blade with two trailing-edge cutback coolant ejection designs, aim...
Published experimental aerodynamic efficiency results were compared with results predicted from two ...
The effect of coolant discharge on the aerodynamic performance of a film cooled turbine stator blade...
The effect of film coolant ejection from the pressure side of a stator blade was determined in a two...
Experimentally determined efficiencies of turbine stator blades having trailing-edge coolant ejectio...
Trailing-edge slot configurations were investigated in a two-dimensional cascade of turbine stator b...
Cold air tests on axial flow turbine with transpiration cooled discrete hole stator blades to determ...
Tests were made on a 0.762-meter-tip-diameter research turbine to determine the effect of blade cool...
Cold-air tests to determine performance characteristics of single-stage turbine with stator blades e...
An air cooled version of a single-stage, axial-flow turbine was investigated to determine aerodynami...
The results of an analytical study to determine the effect of changes in the amount, velocity, injec...
Performance of stator with wire mesh shell blading during cold air investigation of turbine with tra...
The aerodynamic performance of four different cooled vane configurations was experimentally determin...
Single stage turbine operation with various stator cooling techniques and effects on stator, stage, ...
High turbine inlet temperature becomes necessary for increasing thermal efficiency of modern gas tur...
This paper investigates a turbine blade with two trailing-edge cutback coolant ejection designs, aim...