Abstract:
A heat shield for a mid-turbine frame has a conical body, including at least one axial retention feature, at least one circumferential retention feature, and at least one radial retention feature.
Abstract:
A mid-turbine frame for use in a gas turbine engine comprises at least one vane extending between a vane inner platform and a vane outer platform, and an inner case radially inward of the inner platform. A plurality of tie rods extend from a platform radially inward of the inner case to a radially outer location which is secured by a mount member. The tie rods are secured in the inner case by a forward bolt, and at least one rear bolt, with the forward bolt extending along an axis which is non-parallel to a center axis of the inner case. A gas turbine engine and a method for assembling a mid-turbine frame are also disclosed.
Abstract:
An example integrated support and sensor includes a longitudinal member to support an inner duct relative to an outer duct, and a sensor received within a bore of the longitudinal member and configured to collect a measurement from a flow path bounded by the inner duct.
Abstract:
The present disclosure provides an assembly (200) for a gas turbine engine (100). The assembly (200) may comprise a tierod (210), a bearing mounting ring (250), and a joint (290) coupling the tierod (210) to the bearing mounting ring (250). The joint (290) may be configured to increase a volume of a bearing compartment (252) on an inner surface (251) of the bearing mounting ring (250). A coefficient of thermal expansion of the bearing mounting ring (250) may be substantially the same as the coefficient of thermal expansion of the tierod (210).
Abstract:
An example integrated support and sensor includes a longitudinal member to support an inner duct relative to an outer duct, and a sensor received within a bore of the longitudinal member and configured to collect a measurement from a flow path bounded by the inner duct.
Abstract:
An example integrated support and sensor includes a longitudinal member to support an inner duct relative to an outer duct, and a sensor received within a bore of the longitudinal member and configured to collect a measurement from a flow path bounded by the inner duct.