Development of a test for the analysis of the harmfulness of a 3D thermal fatigue loading in tubes

Numerical simulation of thermal fatigue behavior in a cracked disc of AISI H-11 tool steel

“…Some of the setups include a disc heated by induction on the periphery [1][2][3][4][5][6][7][8][9][10][11][12], triangular blade heated by induction [13], electrical heating of tube followed by water splashing to induce thermal shock [14][15][16][17][18], hot dipping of cylinders in molten aluminum [19,20], laser heating [21,22], focused halogen lamps heating [23,24], convection/combustion heating [25,26], furnace heating with water quenching [27,28] and actual dies [29,30]. Out of these experimental setups most researchers have worked on the heated disc problem.…”

A probabilistic model to predict the formation and propagation of crack networks in thermal fatigue

“…Thermal fatigue is still a major issue in many industrial activities, as proven by very recent publications on this subject in aircraft [1,2], automotive [3,4], metal forming [5][6][7], braking [8][9][10], electronic [11,12] and nuclear [13][14][15][16] industries.…”

Thermo-mechanical fatigue behaviour of welded tubular parts made of ferritic stainless steel

“…26). Both strain distribution and stress triaxiality have a strong impact on the low cycle fatigue lifetime and in particular on thermal fatigue ( [31] [32], [33], [34]). From the analysis of fatigue lifetime of these types of specimens, it should then be possible to decide on the most relevant model.…”