Thermomechanical fatigue behavior of materials, Volume 2

alloys American Society analysis applied stress ASTM International ASTM STP Castelli components Composite Materials constant cooling crack growth rate crack initiation crack length creep curve cycles to failure cyclic damage mechanisms deformation effect Engineering experimental fatigue crack growth fiber fiber stress fiber/matrix fracture mechanics fracture mode frequency function high temperature in-phase TMF induction heating interface IP TMF isothermal fatigue laminate lay-up matrix cracking maximum load maximum stress maximum temperature mechanical strain range Metal Matrix Composites microcrack micromechanics mission cycle nonisothermal number of cycles OP TMF out-of-phase oxidation parameters ply matrix Prediction residual stresses SCS-6/Timetal 21S shown in Fig simulated single crystal Society for Testing stress intensity factor Stress MPa stress range stress-strain superalloys tensile test specimen Testing and Materials thermal cycling thermocouple Thermomechanical Fatigue Behavior time-dependent Titanium Aluminide Titanium Matrix Composites Tmax TMF cycle TMF tests TMFCG total strain uncoated viscoplastic