Combustor of a turbine, a method of retro-fitting a combustor of a turbine and a method of building a combustor of a turbine
A technology of burners and turbines, which is applied in the direction of combustion methods, burners, gas fuel burners, etc., and can solve problems such as low-efficiency operation of gas turbine engines
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[0012] refer to figure 1 An exemplary gas turbine engine 1 includes a compressor (not shown), a combustor 10 and a turbine (not shown) located downstream of the combustor 10 . Compressor 10 includes a combustor 20 in which combustion of air and fuel occurs, a transition duct 25 extending downstream from combustor 20 , and a casing 40 enclosing combustor 10 .
[0013] Combustion chamber 20 includes an annular combustion liner 21 . A venturi throat region 22 is defined along the combustion liner 21 and includes a converging portion at which the combustion liner 21 narrows and a diverging portion disposed downstream of the converging portion and at which the combustion liner 21 expands. Exhaust ports 23 are defined along combustion liner 21 to allow cooling and to assist combustion proceeding into combustion chamber 20 . The blending port 24 is defined in the combustion liner 21 at a second axial location 82 of the combustion chamber 20 . The blend port 24 allows blend air to ...
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