Combustor assembly including one or more resonator assemblies and process for forming same
A combustor assembly is provided comprising a combustor casing; a liner coupled to the combustor casing; a burner assembly coupled to the combustor casing; and at least one resonator assembly. The resonator assembly comprises a resonator outer plate having at least one opening, a resonator side wall coupled to the resonator outer plate, and a resonator inner plate defined by a portion of the liner. The resonator inner plate is coupled to the resonator side wall and has at least one slot formed therein having an aspect ratio of at least 4:1.
1. A combustor assembly comprising:
a combustor casing;
a liner coupled to said combustor casing;
a burner assembly coupled to said combustor casing; and
a plurality of resonator assemblies, each resonator assembly comprising a resonator outer plate having at least one opening, a resonator side wall coupled to said resonator outer plate, and a resonator inner plate defined by a portion of said liner, said resonator inner plate being coupled to said resonator side wall and having a single slot extending across a surface of said resonator inner plate having an aspect ratio of at least 4:1.
2. The combustor assembly as set out in claim 1 , wherein said liner comprises a closed curvilinear liner.
3. The combustor assembly as set out in claim 1 , wherein said liner comprises a generally cylindrical liner.
4. The combustor assembly as set out in claim 3 , wherein said slot in said resonator inner plate extends in a circumferential direction of said generally cylindrical liner.
5. The combustor assembly as set out in claim 4 , wherein said at least one opening in said resonator outer plate is located along an axis generally parallel to and axially spaced from said slot in said resonator inner plate extending in the circumferential direction of said generally cylindrical liner.
6. The combustor assembly as set out in claim 5 , wherein said at least one opening in said resonator outer plate comprises a slot.
7. The combustor assembly as set out in claim 5 , wherein said at least one opening in said resonator outer plate comprises a plurality of openings located along the axis generally parallel to and axially spaced from said slot in said resonator inner plate.
8. The combustor assembly as set out in claim 3 , wherein said slot in said resonator inner plate extends in an axial direction of said generally cylindrical liner.
9. The combustor assembly as set out in claim 8 , wherein said at least one opening in said resonator outer plate is located along an axis generally parallel to and circumferentially spaced from said slot in said resonator inner plate extending in the axial direction of said generally cylindrical liner.
10. The combustor assembly as set out in claim 9 , wherein said at least one opening in said resonator outer plate comprises a slot.
11. The combustor assembly as set out in claim 9 , wherein said at least one opening in said resonator outer plate comprises a plurality of openings located along the axis generally parallel to and circumferentially spaced from said slot in said resonator inner plate.
12. The combustor assembly as set out in claim 1 , wherein said resonator inner plate has at least 50% of its inner surface coated with thermal barrier coating material.
13. The combustor assembly as set out in claim 1 , wherein said at least one opening in said resonator outer plate comprises one of a single slot and a single row of openings aligned with one another along a common axis.
14. The combustor assembly as set out in claim 13 , wherein said at least one opening in said resonator outer plate is offset from said single slot formed in said resonator inner plate.
15. A combustor assembly comprising:
a combustor casing;
a liner coupled to said combustor casing;
a burner assembly coupled to said combustor casing; and
a plurality of circumferentially aligned resonator assemblies, each resonator assembly comprising a resonator outer plate having at least one opening, a resonator side wall coupled to said resonator outer plate, and a resonator inner plate defined by a portion of said liner, said resonator inner plate being coupled to said resonator side wall and having a single slot extending across a surface of said resonator inner plate, wherein at least 50% of a surface of said liner between said slots of adjacent circumferentially aligned resonator assemblies is coated with thermal barrier coating material.
16. A combustor assembly comprising:
a combustor casing;
a liner coupled to said combustor casing;
a burner assembly coupled to said combustor casing; and
at least one resonator assembly comprising a resonator outer plate having at least one opening comprising one of a single slot and a single row of openings aligned with one another along a common axis, a resonator side wall coupled to said resonator outer plate, and a resonator inner plate defined by a portion of said liner, said resonator inner plate being coupled to said resonator side wall and having at least one slot extending across a surface of said resonator inner plate that is not aligned with said at least one opening in said resonator outer plate.
17. The combustor assembly as set out in claim 16 , wherein said at least one slot formed in said resonator inner wall has an aspect ratio of at least 4:1.
18. The combustor assembly as set out in claim 16 , wherein said at least one slot formed in said resonator inner wall comprises a single slot.
19. The combustor assembly as set out in claim 16 , wherein said liner comprises a generally cylindrical liner and said at least one slot in said resonator inner plate extends in a circumferential direction of said generally cylindrical liner.
20. The combustor assembly as set out in claim 16 , wherein said liner comprises a generally cylindrical liner and said at least one slot in said resonator inner plate extends in an axial direction of said generally cylindrical liner.