The study describes the influence of a surface modification in cored, thin-walled castings of blades from IN-713C nickel superalloy on γ' phase precipitates. The blades were produced by using the investment casting process in the laboratory conditions as parts for a low-pressure turbine rotor. The microstructural observations of the γ' phase precipitates on the cross sections of the blades were performed. The observations were followed by quantitative metallography evaluation, and finally, a comparison of the precipitates between one blade with the conventionally applied ceramic core and one with the core covered layer contained a surface modifier (5% of CoAl2O4) was made
Microstructural changes on a Nickel based superalloy service exposed gas turbine blade after 52,000 ...
The formation of the irregular γ′ precipitates in the nickel-based superalloy Waspaloy was investiga...
International audienceAn original method to characterize the γ'-phase tertiary precipitates in a Ni-...
Superalloy Rene ́ 77 is very wide used for turbine blades, turbine disks of aircraft engines which w...
N/ANickel-based superalloys are high-temperature materials, created to operate in the aggressive con...
In current casting technology of cored, thin walled castings, the modifying coating is applied on th...
Paper presents the results of research on modified surface grain refinement method used in investmen...
It is continuously sought in superalloys to increase the mechanical strength at high working temper...
The IN713C is nickel-based superalloy, used to produce low pressure turbine blades in a process of i...
A sample of the Ni based superalloy AD730 was heat treated at a supersolvus temperature (1160 °C) th...
International audienceAbstract A sample of the Ni-based superalloy AD730 was heat treated at a super...
Cast nickel base superalloys are extensively used for high temperature gas turbine blade application...
International audiencePolycrystalline nickel base γ-γ' superalloys show a trimodal distribution of t...
A-286 is an iron-based superalloy used extensively in land-based gas turbines for 2nd stage (low pre...
A-286 is an iron-based superalloy used extensively in land-based gas turbines for 2nd stage (low pre...
Microstructural changes on a Nickel based superalloy service exposed gas turbine blade after 52,000 ...
The formation of the irregular γ′ precipitates in the nickel-based superalloy Waspaloy was investiga...
International audienceAn original method to characterize the γ'-phase tertiary precipitates in a Ni-...
Superalloy Rene ́ 77 is very wide used for turbine blades, turbine disks of aircraft engines which w...
N/ANickel-based superalloys are high-temperature materials, created to operate in the aggressive con...
In current casting technology of cored, thin walled castings, the modifying coating is applied on th...
Paper presents the results of research on modified surface grain refinement method used in investmen...
It is continuously sought in superalloys to increase the mechanical strength at high working temper...
The IN713C is nickel-based superalloy, used to produce low pressure turbine blades in a process of i...
A sample of the Ni based superalloy AD730 was heat treated at a supersolvus temperature (1160 °C) th...
International audienceAbstract A sample of the Ni-based superalloy AD730 was heat treated at a super...
Cast nickel base superalloys are extensively used for high temperature gas turbine blade application...
International audiencePolycrystalline nickel base γ-γ' superalloys show a trimodal distribution of t...
A-286 is an iron-based superalloy used extensively in land-based gas turbines for 2nd stage (low pre...
A-286 is an iron-based superalloy used extensively in land-based gas turbines for 2nd stage (low pre...
Microstructural changes on a Nickel based superalloy service exposed gas turbine blade after 52,000 ...
The formation of the irregular γ′ precipitates in the nickel-based superalloy Waspaloy was investiga...
International audienceAn original method to characterize the γ'-phase tertiary precipitates in a Ni-...