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2015-09-22
Event
2015-09-15
Technical Paper
2015-01-2426
Anupam Kumari, Tushar Choudhary, Y Sanjay, Pilaka Murty, Mithilesh Sahu
In comparison to other thermal power cycles, gas turbine based energy conversion cycles exhibit superior thermodynamic performance as well as reduced emission. Modification in basic gas turbine cycle are intended to improve the basic gas turbine cycle thermodynamic performance and reduced pollutant emission are currently being investigated by gas turbine manufacturers and Research and Development (R&D) organizations. Though natural gas fired gas turbine cycles are thermodynamically and environmentally superior to coal based power utilities, there is still a need to investigate the environmental effects of gas turbine based electric utility cycles especially with increase in their popularity. In this paper various parameters such as compressor-pressure-ratio (rp,c), combustor-primary-zone-temperature, equivalence-ratio, and residence time of GT based cycles has been examined.
2015-07-28
Standard
MA3423A
SCOPE IS UNAVAILABLE.
2015-07-28
Standard
AS172236D
SCOPE IS UNAVAILABLE.
2015-07-07
WIP Standard
MA3422A
No scope available.
2015-07-07
WIP Standard
MA3424A
No scope available.
2015-07-07
WIP Standard
MA3426A
No scope available.
2015-06-25
WIP Standard
AS6327
This document establishes process parameters for gas turbine rotor balancing. Adherence to the recommendations made herein will facilitate attainment of the usually high degree of accuracy and precision required for jet engine rotor balance.
2015-06-22
WIP Standard
AS51989B
Scope is unavailable.
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