Component that can be subjected to hot gas, especially in a turbine blade
AssigneeSiemens Aktiengesellschaft
InventorsDirk Anding, Hans-Thomas Bolms, Michael Scheurlen, Michael Strassberger, Peter Tiemann
Life of this patent
Estimating the term…
Abstract
A component can be subjected to hot gas. At least one duct is provided which can be subjected to a cooling fluid. The duct is bounded by two first walls opposite to one another. The walls include turbulators with the same direction of inclination. In order to avoid constrictions, the turbulators of the first wall have a different angle of inclination relative to a flow direction of the cooling fluid to the turbulators of the second wall.
Claims17
A component which can be subjected to hot gas, comprising:
- at least one duct which can be subjected to a cooling fluid;
- and
- two walls opposite to one another, bounding the at least one duct, the walls being provided with one or more turbulators to improve the heat transfer between the component and the cooling fluid, the at least one turbulator of the first wall and the at least one turbulator of the second wall having the same direction of inclination, and being inclined relative to a flow direction of the cooling fluid by an angle of inclination;
- wherein the angle of inclination of the at least one turbulator of the first wall is greater than the angle of inclination of the at least one turbulator of the second wall, and wherein the length of the first wall is greater than the length of the second wall.
A component which can be subjected to hot gas, comprising:
- at least one duct which can be subjected to a cooling fluid;
- and
- two walls opposite to one another, bounding the at least one duct, the walls being provided with one or more turbulators to improve the heat transfer between the component and the cooling fluid, the at least one turbulator of the first wall and the at least one turbulator of the second wall having the same direction of inclination, and being inclined relative to a flow direction of the cooling fluid by an angle of inclination, wherein the angle of inclination of the at least one turbulator of the first wall is different from the angle of inclination of the at least one turbulator of the second wall, wherein two further walls are provided to form boundaries for the at least one duct, which walls connect the two first walls to one another and wherein the two further walls are arranged at an angle relative to one another.
Dependencies are inferred from the claim text.