The assessment of such stress conditions in general is made on the basis of initial cracking or ultimate load cycle curves determined by means of cyclic strain tests of small specimen subjected to single-axis loads at constant temperature. The influence of multiaxiality on the test results was verified using component-like specimen, so-called ''model bodies'', representing a turbine shaft as a geometrically scaled-down simple rotationally-symmetrical component. Using these model bodies it is possible to simulate realistic stresses (amplitude and mode, stress history), and the reliability of the transferability of small specimen results was determined on the basis of a comparison of experimental results and corresponding analytical investiga...
The study was a supplement to earlier investigations on 1% CrMoNiV and 12% CrMoV steels at a tempera...
Under quasistatic loading conditions methods for safety analyses are widely verified. The aim of the...
Nickel base superalloys for turbine construction are exposed to maximum thermal and mechanical stres...
In the context of the project, the available material data for the considered material were evaluate...
Constant and variable amplitude fatigue tests on unnotched specimens under strain controlled axial l...
The behaviour of internal faults due to manufacture of large forged parts with increasing alternatin...
Jet engines of airplanes are designed such that in some components damage occurs and accumulates in ...
An economic operation of complex highly loaded high-temperature components in gas turbines requires ...
This work was done with the aim of examining the behaviour of metallic materials experimentally with...
Fatigue tests have been performed with a series of highly creep resistant materials for gas turbines...
The manufacturing of large Nickel superalloys single crystal gas turbine blades causes typical casti...
The goal of the BMFT-project 150 0787 was the investigation of the behaviour of a low toughness vess...
The influence of multiaxial stress on creep pore formation in the steels 14MoV6-3 10CrMo9-10 and X10...
Under quasistatic loading conditions methods for safety analyses are widely verified. The aim of the...
Under quasistatic loading conditions methods for safety analyses are widely verified. The aim of the...
The study was a supplement to earlier investigations on 1% CrMoNiV and 12% CrMoV steels at a tempera...
Under quasistatic loading conditions methods for safety analyses are widely verified. The aim of the...
Nickel base superalloys for turbine construction are exposed to maximum thermal and mechanical stres...
In the context of the project, the available material data for the considered material were evaluate...
Constant and variable amplitude fatigue tests on unnotched specimens under strain controlled axial l...
The behaviour of internal faults due to manufacture of large forged parts with increasing alternatin...
Jet engines of airplanes are designed such that in some components damage occurs and accumulates in ...
An economic operation of complex highly loaded high-temperature components in gas turbines requires ...
This work was done with the aim of examining the behaviour of metallic materials experimentally with...
Fatigue tests have been performed with a series of highly creep resistant materials for gas turbines...
The manufacturing of large Nickel superalloys single crystal gas turbine blades causes typical casti...
The goal of the BMFT-project 150 0787 was the investigation of the behaviour of a low toughness vess...
The influence of multiaxial stress on creep pore formation in the steels 14MoV6-3 10CrMo9-10 and X10...
Under quasistatic loading conditions methods for safety analyses are widely verified. The aim of the...
Under quasistatic loading conditions methods for safety analyses are widely verified. The aim of the...
The study was a supplement to earlier investigations on 1% CrMoNiV and 12% CrMoV steels at a tempera...
Under quasistatic loading conditions methods for safety analyses are widely verified. The aim of the...
Nickel base superalloys for turbine construction are exposed to maximum thermal and mechanical stres...