The overall performance of the blower is first presented for a series of values of blade stagger and ‘flap angle’ of the rotor row. The influence of gap is shown up by comparison amongst these results. Experiments were then carried out in which the gap was partially closed, and it is shown that the gap is least effective near the root section. These results were confirmed by inter-row traversing. Comparison of the tandem blade row with a single row of the same overall aspect ratio is presented and the improvements due to the tandem row are assessed
The design and experimental performance of a 20-inch diameter tandem-bladed axial-flow transonic com...
Chapters XI to XIII concern the unsteady compressor operation arising when compressor blade elements...
An experimental and analytical investigation was undertaken to determine the influence of asymmetric...
With the inception of low aspect ratio blades in high pressure ratio axial compressors of modem day ...
Minimizing the number of axial flow compressor stages for a specific work output, and thereby loweri...
Tandem blades provide a very effective option to overcome the blade loading limitations. The flow fr...
With increasing emphasis on renewable sources of energy, the gas turbine engine faces several challe...
This paper details an experimental investigation, using a linear cascade, into the effects of real g...
The stage pressure ratio in axial flow compressors and fans can be considerably increased by using s...
Jet engine manufacturers and designers are seeking for lighter and smaller type of axial compressors...
An experimental investigation was conducted with an 0.8 hub/tip ratio, single-stage, axial flow comp...
It is expected that the efficiency of a mixed-flow compressor stage will increase by introducing a t...
The development of modern axial compressors has already reached a high level. Therefore an enlargem...
This paper experimentally investigates a highly-loaded 1.5-stage transonic axial compressor, which c...
This study, primarily reports the development of a 3D design procedure for axial flow tandem compres...
The design and experimental performance of a 20-inch diameter tandem-bladed axial-flow transonic com...
Chapters XI to XIII concern the unsteady compressor operation arising when compressor blade elements...
An experimental and analytical investigation was undertaken to determine the influence of asymmetric...
With the inception of low aspect ratio blades in high pressure ratio axial compressors of modem day ...
Minimizing the number of axial flow compressor stages for a specific work output, and thereby loweri...
Tandem blades provide a very effective option to overcome the blade loading limitations. The flow fr...
With increasing emphasis on renewable sources of energy, the gas turbine engine faces several challe...
This paper details an experimental investigation, using a linear cascade, into the effects of real g...
The stage pressure ratio in axial flow compressors and fans can be considerably increased by using s...
Jet engine manufacturers and designers are seeking for lighter and smaller type of axial compressors...
An experimental investigation was conducted with an 0.8 hub/tip ratio, single-stage, axial flow comp...
It is expected that the efficiency of a mixed-flow compressor stage will increase by introducing a t...
The development of modern axial compressors has already reached a high level. Therefore an enlargem...
This paper experimentally investigates a highly-loaded 1.5-stage transonic axial compressor, which c...
This study, primarily reports the development of a 3D design procedure for axial flow tandem compres...
The design and experimental performance of a 20-inch diameter tandem-bladed axial-flow transonic com...
Chapters XI to XIII concern the unsteady compressor operation arising when compressor blade elements...
An experimental and analytical investigation was undertaken to determine the influence of asymmetric...