Nonaircraft Gas Turbine Engine Turbine Frame

Nonaircraft Gas Turbine Engine Turbine Frame refers to the structural component of a gas turbine engine that houses the turbine blades. It is a critical part of the engine that supports and holds the turbine blades in place while they rotate at high speeds. The turbine frame is designed to withstand the extreme temperatures and pressures generated by the combustion process within the engine.

In the supply class Gas Turbines And Jet Engines; Non-Aircraft Prime Mover, Aircraft Non-Prime Mover, And Components, the Nonaircraft Gas Turbine Engine Turbine Frame is categorized as one of the components of gas turbines and jet engines. This supply class includes various components and parts that are used in gas turbine engines, both for non-aircraft applications (such as power generation, marine propulsion, and industrial processes) and for aircraft engines.

The supply group Engines, Turbines, And Components further categorizes these components and parts into various subgroups based on their specific applications and functions within the engines. The Nonaircraft Gas Turbine Engine Turbine Frame falls under this supply group, indicating its importance and relevance in the field of engines, turbines, and their components.

Overall, the Nonaircraft Gas Turbine Engine Turbine Frame is a crucial component in gas turbine engines, providing structural support and stability to the turbine blades, and it is classified within the broader supply class and supply group related to engines, turbines, and their components.