... accounted for. The modeling procedure, the evaluation of the necessary parameters from isothermal tests, and the predicted results for isothermal and anisothermal loading are compared with experimental results. thermal mechanical fatigue TMF low-cycle fatigue LCF nickel base alloy deformation...

... the constants in the model. Hysteresis loops both from in-phase and out-of-phase cycling were successfully reproduced. By integrating the fatigue and creep damage along the hysteresis loops, the cyclic lifetimes of 253 MA were predicted. thermomechanical fatigue TMF hysteresis loops modelling computer...

... Three different approaches to minimize control deviations in the case of TMF experiments with high temperature transients (10K/s and higher) will be presented. In the first approach, an empirically derived algorithm is used to calculate a modified temperature command function based...

... tube modal control low-cycle fatigue LCF crack propagation thermomechanical fatigue TMF Raymond D. Lohr 1 System Design for Multiaxial High-Strain Fatigue Testing REFERENCE: Lohr, R. D., "SystemDesign for Multiaxial High-Strain Fatigue Testing" Multiaxial Fatigue and Deformation: Testing...

... to correlate the data: the ΔK, ΔK e and ΔK eff . A fractographic study of the specimens tested under TMF was carried-out to identify the mechanisms responsible for cracking in these two titanium alloys. Hence, specimens tested under in-phase (ε max at T max ), out-of-phase (ε min at T max ) and counter...