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An integrated mount duct includes a load ring for mounting a turbomachine to a flight vehicle, wherein the load ring has a cylindrical shape with a flange edge and a stepped edge, and comprises one or more mechanical attachment members disposed on an outside surface of the load ring, the mechanical

An integrated mount duct includes a load ring for mounting a turbomachine to a flight vehicle, wherein the load ring has a cylindrical shape with a flange edge and a stepped edge, and comprises one or more mechanical attachment members disposed on an outside surface of the load ring, the mechanical attachment members configured to mate with a strut.

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I claim: 1. A turbomachine suitable for mounting on a structure, said turbomachine comprising: a turbine; a strut mounting assembly; a strut having a proximal end connected to said strut mounting assembly and a distal end connected to the structure; a sectored load ring having a cylindrical shape a

I claim: 1. A turbomachine suitable for mounting on a structure, said turbomachine comprising: a turbine; a strut mounting assembly; a strut having a proximal end connected to said strut mounting assembly and a distal end connected to the structure; a sectored load ring having a cylindrical shape and at least one sectored load ring pad disposed on an outside surface of said load ring, said sectored load ring pad configured to mate with said strut mounting assembly, and said sectored load ring comprising three or more ring flange sectors each having two axial edges, each of said ring flange sectors connected together radially in sequence in an orthogonal plane relative to a longitudinal axis by means of interlocking said axial edges, each of said axial edges configured to mate with an axial edge of another ring flange sector; and an inlet duct enclosing said turbine, said inlet duct attached to said load ring. 2. The turbomachine of claim 1 wherein said sectored load ring comprises twelve ring flange sectors each having two axial edges. 3. The turbomachine of claim 2 wherein said sectored load ring comprises at least one ring pad flange sector and at least eight ring blank flange sectors. 4. The turbomachine of claim 1 wherein said sectored load ring pad comprises a cloverleaf shaped mounting surface. 5. The turbomachine of claim 1 wherein said sectored load ring pad comprises a mounting surface defining a plane normal to a radius of said load ring. 6. The turbomachine of claim 1 wherein said sectored load ring pad comprises a plurality of bolt holes configured to mate with a standard stud adapter. 7. A method of attaching a turbomachine to a structure, said method comprising the steps of: attaching a sectored load ring to a turbomachine comprising a turbomachine enclosure component, said sectored load ring having a mount flange edge for mating with said enclosure component and comprising three or more ring flange sectors each having two axial edges, each of said ring flange sectors connected together radially in sequence in an orthogonal plane relative to a longitudinal axis by means of interlocking said axial edges, each of said axial edges configured to mate with an axial edge of another ring flange sector; providing at least one strut attached to the structure; and attaching said sectored load ring to the structure using a strut mounting assembly attached to said at least one strut, said sectored load ring having a first mechanical attachment member disposed on an external circumference of said sectored load ring and fastened to said strut mounting assembly. 8. The method of claim 7 wherein said first mechanical attachment member comprises a mounting surface defining a plane normal to a radius of said sectored load ring. 9. The method of claim 7 wherein said sectored load ring comprises a second mechanical attachment member, said second mechanical attachment member circumferentially spaced from said first mechanical attachment member by an angle of from approximately 60�� to 120��. 10. The method of claim 7 wherein said first mechanical attachment member comprises a cloverleaf shaped mounting surface having a four-bolt hole pattern and a bearing hole configured to mate with a stud adapter. 11. The method of claim 7 wherein said sectored load ring is attached to an inlet duct.