This paper provides a tool for the estimation of the operational severity of a high pressure turbine blade of an aero engine. A multidisciplinary approach using aircraft/ engine performance models which provide inputs to a thermo-mechanical fatigue damage model is presented. In the analysis, account is taken of blade size, blade metal temperature distribution, relevant heat transfer coefficients and mechanical and thermal stresses. The leading edge of the blade is selected as the critical part in the estimation of damage severity for different design and operational parameters. The study also suggests a method for production of operational severity data for the prediction of maintenance intervals
In-service deterioration can lead to undesired shape variations on high-pressure turbine rotor blade...
Maintenance and diagnostics play a vital role in the aviation sector. This is especially true for th...
Aircraft gas turbine engines during the operation are exposed to damage of flowing parts. The elemen...
As one of fracture critical components of an aircraft engine, accurate life prediction of a turbine ...
The reliability of modern gas turbine engines is largely due to careful damage tolerant design a met...
A need has been established in industry and academic publications to link an engine’s maintenance c...
Jet engines of airplanes are designed such that in some components damage occurs and grows in servic...
<p>An aircraft turbine is the power harness of the engine. It however, operates under intense mechan...
Few components within mechanical engineering possess the fatigue resistance as of high-pressure turb...
A gas turbine is one of the most heavily loaded, both mechanically and thermally, structural compone...
Performing online damage evaluation of blades subjected to complex cyclic loads based on the operati...
Fracture critical areas in an aero engine are usually located in fast rotating components which are ...
The aim of the present work was to develop a methodology for assessing reliability on the basis of p...
It is probable that no two engine companies determine the life of their engines or their components ...
This paper presents a novel method for quantifying the effect of ambient, environmental and operatin...
In-service deterioration can lead to undesired shape variations on high-pressure turbine rotor blade...
Maintenance and diagnostics play a vital role in the aviation sector. This is especially true for th...
Aircraft gas turbine engines during the operation are exposed to damage of flowing parts. The elemen...
As one of fracture critical components of an aircraft engine, accurate life prediction of a turbine ...
The reliability of modern gas turbine engines is largely due to careful damage tolerant design a met...
A need has been established in industry and academic publications to link an engine’s maintenance c...
Jet engines of airplanes are designed such that in some components damage occurs and grows in servic...
<p>An aircraft turbine is the power harness of the engine. It however, operates under intense mechan...
Few components within mechanical engineering possess the fatigue resistance as of high-pressure turb...
A gas turbine is one of the most heavily loaded, both mechanically and thermally, structural compone...
Performing online damage evaluation of blades subjected to complex cyclic loads based on the operati...
Fracture critical areas in an aero engine are usually located in fast rotating components which are ...
The aim of the present work was to develop a methodology for assessing reliability on the basis of p...
It is probable that no two engine companies determine the life of their engines or their components ...
This paper presents a novel method for quantifying the effect of ambient, environmental and operatin...
In-service deterioration can lead to undesired shape variations on high-pressure turbine rotor blade...
Maintenance and diagnostics play a vital role in the aviation sector. This is especially true for th...
Aircraft gas turbine engines during the operation are exposed to damage of flowing parts. The elemen...