Add to ORKGAn analytical evaluation of a new typ An analytical evaluation of a new type of air-cooled turbine-r...
The subject of this article is the methods of research and evaluation of the properties of turbine b...
The durability of five different structural or cooling configurations or combination of both of air-...
Cyclic stress-strain states in cooled turbine blades were calculated for a simulated mission of an a...
The effects of gas pressure level, coolant temperature, and coolant flow rate on the stress-strain h...
The creep fatigue behavior of a fully impingement cooled blade for four cyclic cases was analyzed by...
During operation, gas turbine components undergo various types of timedependent degradation due to ...
ABSTRACT: The analysis of stress values that are produced while the turbine is running are the key f...
Test rig for predicting thermal stress cracking in turbine stator or rotor blade
Burner rig tests on simulated turbine blades, with and without internal cooling, to predict thermal ...
The most critical structural requirements that aircraft gas turbine engines must meet result from th...
ABSTRACT: To be able to design next generation of gas turbines it is necessary to improve the knowle...
The on-going effort to improve the efficiency of gas-powered turbines has facilitated incremental in...
Experimental temperatures are presented for an air-cooled turbine rotor blade tested in an engine. T...
Three-dimensional nonlinear finite-element heat transfer and structural analyses were performed for ...
An analytical evaluation of a new typ An analytical evaluation of a new type of air-cooled turbine-r...
The subject of this article is the methods of research and evaluation of the properties of turbine b...
The durability of five different structural or cooling configurations or combination of both of air-...
Cyclic stress-strain states in cooled turbine blades were calculated for a simulated mission of an a...
The effects of gas pressure level, coolant temperature, and coolant flow rate on the stress-strain h...
The creep fatigue behavior of a fully impingement cooled blade for four cyclic cases was analyzed by...
During operation, gas turbine components undergo various types of timedependent degradation due to ...
ABSTRACT: The analysis of stress values that are produced while the turbine is running are the key f...
Test rig for predicting thermal stress cracking in turbine stator or rotor blade
Burner rig tests on simulated turbine blades, with and without internal cooling, to predict thermal ...
The most critical structural requirements that aircraft gas turbine engines must meet result from th...
ABSTRACT: To be able to design next generation of gas turbines it is necessary to improve the knowle...
The on-going effort to improve the efficiency of gas-powered turbines has facilitated incremental in...
Experimental temperatures are presented for an air-cooled turbine rotor blade tested in an engine. T...
Three-dimensional nonlinear finite-element heat transfer and structural analyses were performed for ...
An analytical evaluation of a new typ An analytical evaluation of a new type of air-cooled turbine-r...
The subject of this article is the methods of research and evaluation of the properties of turbine b...
The durability of five different structural or cooling configurations or combination of both of air-...