Utilization of additive manufacturing for gas turbine component design has been demonstrated to accelerate design cycle times, reduce development test times, provide increased test data and serve to ...

Several tests conducted on various configurations of a two-stage supersonic ejector to capture low-pressure gas and discharge it for re-injection into a higher-pressure stream for use as fuel gas ...

Failure analysis of gas and compressor turbine blades encompasses the systematic investigation of damage phenomena that compromise blade integrity. This field integrates diverse approaches including ...

TOKYO--(BUSINESS WIRE)--The industry leading 118MW H-100 gas turbine, packaged for mechanical drive applications under the partnership of Mitsubishi Heavy Industries, Ltd. (MHI)(TOKYO:7011), ...

Selecting the best fuel gas compressor technology is critical for plant performance and economics. This comprehensive comparison examines three compressor types to help power plant designers choose ...

What makes gas turbines lose performance? This is an interesting question that many people will try to answer given their own theories and experiences. The reason for this is quite simple: Gas ...

Design of gas turbine compressor flow path components, especially in concept phases, has traditionally relied upon analysis-only methodologies to down-select the final design configuration. This final ...