초록 ▼

A turbine shroud assembly includes an inner shroud portion comprising a body portion having a first circumferential edge, and a discourager extending circumferentially past the first circumferential edge of the body portion, wherein the discourager is integrally formed with the inner shroud portion.

A turbine shroud assembly includes an inner shroud portion comprising a body portion having a first circumferential edge, and a discourager extending circumferentially past the first circumferential edge of the body portion, wherein the discourager is integrally formed with the inner shroud portion.

대표청구항 ▼

1. A turbine shroud assembly, comprising: a first inner shroud portion comprising: a first body portion having a first edge and a second edge;a first discourager having a first edge and a second edge, wherein the second edge of the first discourager extends circumferentially past the first edge of t

1. A turbine shroud assembly, comprising: a first inner shroud portion comprising: a first body portion having a first edge and a second edge;a first discourager having a first edge and a second edge, wherein the second edge of the first discourager extends circumferentially past the first edge of the first body portion and the second edge of the first body portion extends circumferentially past the first edge of the first discourager;a first spacer positioned between the first discourager and the first body portion, the first spacer having a first edge circumferentially aligned with the first edge of the first body portion and a second edge circumferentially aligned with the first edge of the first discourager; anda second inner shroud portion adjacent to the first inner shroud portion, the second inner shroud portion comprising: a second body portion having a first edge and a second edge;a second discourager haying a first edge and a second edge, wherein the second edge of the second discourager extends circumferentially past the first edge of the second body portion and the second edge of the second body portion extends circumferentially past the first edge of the second discourager; anda second spacer positioned between the second discourager and the second body portion, the second spacer having a first edge circumferentially aligned with the first edge of the second body portion and a second edge circumferentially aligned with the first edge of the second discourager;wherein the second edge of the first discourager extends circumferentially past the second edge of the second body portion, thereby defining a gap between a portion of the first discourager and a portion of the second body portion. 2. The turbine shroud assembly of claim 1, wherein the first inner shroud portion and the second inner shroud portion are formed of a material comprising a ceramic matrix composite. 3. The turbine shroud assembly of claim 1, wherein the first inner shroud portion and the second inner shroud portion are formed of a material comprising a refractory alloy. 4. The turbine shroud assembly of claim 1, further comprising at least one outer shroud portion, wherein at least a portion of the at least one outer shroud portion is formed of a metal. 5. A turbine assembly, comprising: a compressor;a combustion section; anda turbine comprising: a first inner shroud portion comprising: a first body portion having a first edge and a second edge;a first discourager having a first edge and a second edge, wherein the second edge of the first discourager extends circumferentially past the first edge of the first body portion and the second edge of the first body portion extends circumferentially past the first edge of the first discourager;a first spacer positioned between the first discourager and the first body portion, the first spacer having a first edge circumferentially aligned with the first edge of the first body portion and a second edge circumferentially aligned with the first edge of the first discourager;a second inner shroud portion adjacent to the first inner shroud portion, the second inner shroud portion comprising: a second body portion having a first edge and a second edge;a second discourager having a first edge and a second edge, wherein the second edge of the second discourager extends circumferentially past the first edge of the second body portion and the second edge of the second body portion extends circumferentially past the first edge of the second discourager; anda second spacer positioned between the second discourager and the second body portion, the second spacer having a first edge circumferentially aligned with the first edge of the second body portion and a second edge circumferentially aligned with the first edge of the second discourager;wherein the second edge of the first discourager extends circumferentially past the second edge of the second body portion, thereby defining a gap between a portion of the first discourager and a portion of the second body portion. 6. The turbine assembly of claim 5, wherein the first inner shroud portion and the second inner shroud portion are formed of a material comprising a ceramic matrix composite. 7. The turbine assembly of claim 5, wherein the first inner shroud portion and the second inner shroud portion are formed of a material comprising a refractory alloy. 8. The turbine assembly of claim 5, further comprising at least one outer shroud portion, wherein at least a portion of the at least one outer shroud portion is formed of a metal. 9. A method of forming a turbine shroud assembly, comprising: forming a first inner shroud portion, wherein forming the first inner shroud portion comprises: enveloping a first discourager around a fixture, the first discourager having a first edge and a second edge;enveloping a first spacer around the first discourager, wherein, the second edge of the first discourager extends circumferentially past a first edge of the first spacer and a second edge of the first spacer is circumferentially aligned with the first edge of the first discourager;enveloping a first body portion around the first spacer, wherein the second edge of the first discourager extends circumferentially past a first edge of the first body portion and a second edge of the first body portion extends circumferentially past the first edge of the first discourager;forming a second inner shroud portion, wherein forming the second inner shroud portion comprises:enveloping a second discourager around the fixture, the second discourager having a first edge and a second edge;forming a second spacer around the second discourager, wherein the second edge of the second discourager extends circumferentially past a first edge of the second spacer and a second edge of the second spacer is circumferentially aligned with the first edge of the second discourager;enveloping a second body portion around the second spacer, wherein the second edge of the second discourager extends circumferentially past a first edge of the second body portion and a second edge of the second body portion extends past the first edge of the second discourager; andoperably coupling the first inner shroud portion and the second inner shroud portion, wherein the first inner shroud portion and the second inner shroud portion, when coupled, define a gap between a portion of the first discourager and a portion of the second body portion. 10. The method of claim 9, further comprising integrally coupling the first inner shroud portion to a first outer shroud portion and coupling the second inner shroud portion to a second outer shroud portion.