This paper describes the use of repair brazing for gas turbine hot parts, especially vanes and blades. The limited weldability of superalloys that can operate at high temperatures and under high mechanical loading, required in modern gas turbines, has lead to the development of repair brazing techniques for various crack types and for restoration of dimensional changes. Methods to characterise these joints are necessary for the development work, the quality control of the procedures and acceptance of refurbished parts. These methods are mainly various NDT techniques, metallography and service simulating mechanical testing, such as creep and thermal fatigue testing of joints
Papers deals with the problems of repairs at new and also already loaded components of steam and gas...
In order to reach desired levels of efficiency and power output of jet engines, advanced gas turbine...
Metallurgical joining is a common repair process in the aviation industry involving nickel superallo...
This paper describes the use of repair brazing for gas turbine hot parts, especially vanes and blade...
The restricted weldability of superalloys that can operate at high temperatures and under mechanical...
This paper reports on the development of Diffusion Braze Repair (DBR) techniques for service damaged...
ABSTRACT The evolution of industrial gas turbines has been a driving factor in the advancement of re...
In the aerospace industry, passenger safety depends on proper quality control at each production sta...
Both aviation and land based turbine components such as vanes/nozzles, combustion chambers, liners, ...
In the braze repair of gas turbine components, substituting the parent metal with dissimilar metals ...
ASME TutorialMaterial issues are of paramount importance for the reliable and cost effective operati...
Inconel 718 is a common material used in the aircraft industry such as in the turbine blades of an a...
Due to competitive pressures, airlines are requesting that engine manufacturers reduce cost of owner...
The article considers the repair of the energy gas turbine rotor blade second stage shroud. The pape...
Turbine blades must withstand severe loading conditions and damage can occur during operation due to...
Papers deals with the problems of repairs at new and also already loaded components of steam and gas...
In order to reach desired levels of efficiency and power output of jet engines, advanced gas turbine...
Metallurgical joining is a common repair process in the aviation industry involving nickel superallo...
This paper describes the use of repair brazing for gas turbine hot parts, especially vanes and blade...
The restricted weldability of superalloys that can operate at high temperatures and under mechanical...
This paper reports on the development of Diffusion Braze Repair (DBR) techniques for service damaged...
ABSTRACT The evolution of industrial gas turbines has been a driving factor in the advancement of re...
In the aerospace industry, passenger safety depends on proper quality control at each production sta...
Both aviation and land based turbine components such as vanes/nozzles, combustion chambers, liners, ...
In the braze repair of gas turbine components, substituting the parent metal with dissimilar metals ...
ASME TutorialMaterial issues are of paramount importance for the reliable and cost effective operati...
Inconel 718 is a common material used in the aircraft industry such as in the turbine blades of an a...
Due to competitive pressures, airlines are requesting that engine manufacturers reduce cost of owner...
The article considers the repair of the energy gas turbine rotor blade second stage shroud. The pape...
Turbine blades must withstand severe loading conditions and damage can occur during operation due to...
Papers deals with the problems of repairs at new and also already loaded components of steam and gas...
In order to reach desired levels of efficiency and power output of jet engines, advanced gas turbine...
Metallurgical joining is a common repair process in the aviation industry involving nickel superallo...