The study presents fundamentals of manufacturing technologies for aircraft engine construction elements, made of light, intermetallic TiAl based alloy, which is characterized by high relative strength and good creep and oxidation resistance. For smelting of alloy, the vacuum metallurgy methods were used, including application of induction furnace equipped with special crucibles made of isostatic-pressed. high-density graphite. To produce good quality construction element for aircraft engine, such as low-pressure turbine blade, there were methods of gravity casting from a very high temperature to the preheated shell moulds applied
Favorable parameters for selective melting methods using electron and laser radiation have been esta...
Intermetallics have been summarised in a screening phase in connection of their properties and possi...
There the study objects are the annular workpieces in the new high-temperature alloys for the presen...
The study presents fundamentals of manufacturing technologies for aircraft engine construction eleme...
The bachelor tesis is focused on intermetalic alloys of TiAl. Analysis of microstructure including h...
Aluminium, titanium, and nickel base alloys are mostly and widely used for aircraft jet engine const...
The questions associated with improvement of efficiency of aircrafts and engines manufacture are con...
Intermetallic TiAl-based alloys represent an important class of high temperature structural material...
Aluminium, titanium, and nickel base alloys are mostly and widely used for aircraft jet engine con-s...
This work contains basic information about TiAl alloys as their application as constructional materi...
cited By 11International audienceA study is conducted to show that the production of turbine blades ...
The application and feature of Ti alloy and TiAl alloy for aviation at home and abroad were briefly ...
TiAl aluminides represent a new class of heavy-duty construction materials for application in the te...
The thesis deals with innovation of the technological process of casting called Fan support in the c...
Titanium aluminide alloys based on γ-TiAl have an excellent potential to become an attractive inter...
Favorable parameters for selective melting methods using electron and laser radiation have been esta...
Intermetallics have been summarised in a screening phase in connection of their properties and possi...
There the study objects are the annular workpieces in the new high-temperature alloys for the presen...
The study presents fundamentals of manufacturing technologies for aircraft engine construction eleme...
The bachelor tesis is focused on intermetalic alloys of TiAl. Analysis of microstructure including h...
Aluminium, titanium, and nickel base alloys are mostly and widely used for aircraft jet engine const...
The questions associated with improvement of efficiency of aircrafts and engines manufacture are con...
Intermetallic TiAl-based alloys represent an important class of high temperature structural material...
Aluminium, titanium, and nickel base alloys are mostly and widely used for aircraft jet engine con-s...
This work contains basic information about TiAl alloys as their application as constructional materi...
cited By 11International audienceA study is conducted to show that the production of turbine blades ...
The application and feature of Ti alloy and TiAl alloy for aviation at home and abroad were briefly ...
TiAl aluminides represent a new class of heavy-duty construction materials for application in the te...
The thesis deals with innovation of the technological process of casting called Fan support in the c...
Titanium aluminide alloys based on γ-TiAl have an excellent potential to become an attractive inter...
Favorable parameters for selective melting methods using electron and laser radiation have been esta...
Intermetallics have been summarised in a screening phase in connection of their properties and possi...
There the study objects are the annular workpieces in the new high-temperature alloys for the presen...