Study of lean blowout limits and effects of near blowout oscillations on flow field and heat transfer on gas turbine combustor
S Gadiraju - 2018 - vtechworks.lib.vt.edu
Modern gas turbine combustors implement lean premixed (LPM) combustion system to
reduce the formation of NOx pollutants. LPM technology has advanced to have the ability to …
reduce the formation of NOx pollutants. LPM technology has advanced to have the ability to …
Experimental Investigation of Flow and Wall Heat Transfer in an Optical Combustor for Reacting Swirl Flows
S Park - 2018 - vtechworks.lib.vt.edu
The study of flow fields and heat transfer characteristics inside a gas turbine combustor
provides one of the most serious challenges for gas turbine researchers because of the …
provides one of the most serious challenges for gas turbine researchers because of the …
Effects of reacting conditions on flow fields in a swirl stabilized lean premixed can combustor
PIV measurements to understand the flow differences between reacting and non-reacting
conditions were conducted in an optically accessible single can combustor. An industrial …
conditions were conducted in an optically accessible single can combustor. An industrial …
Characterization of Heat Load on the Liner Walls during Near Blowout Instabilities
To reduce the NOX emissions and adhere to the targeted environmental regulation, lean
premixed operating conditions are preferred for the modern gas turbine combustors [1][2] …
premixed operating conditions are preferred for the modern gas turbine combustors [1][2] …