The effect of phase angle on crack growth mechanisms under thermo-mechanical fatigue loading

Author:

Jones J.,Whittaker M.,Lancaster R.,Hyde C.,Rouse J.,Engel B.,Pattison S.,Stekovic S.,Jackson C.,Li H.Y.

Funder

European Union’s Horizon 2020

Rolls-Royce plc

Publisher

Elsevier BV

Subject

Industrial and Manufacturing Engineering,Mechanical Engineering,Mechanics of Materials,General Materials Science,Modelling and Simulation

Reference26 articles.

1. A review of thermo-mechanical fatigue behaviour in polycrystalline nickel superalloys for turbine disc applications;Lancaster;Mater High Temp,2013

2. Thermo-mechanical fatigue of the nickel-base superalloy nimonic 90;Marchionni;Key Eng Mater,2007

3. Hähner P, Affeldt E, Beck T, Klingelhöffer H, Loveday M, Rinaldi C. Validated code-of-practice for thermo-mechanical fatigue testing, EUR 22281 EN; 2006.

4. Crack propagation of steels during low cycle thermal-mechanical and isothermal fatigue at elevated temperatures;Okazaki;Metall Trans A,1983

5. A fracture mechanics criterion for thermal-mechanical fatigue crack growth of gas turbine materials;Marchand;Eng Fract Mech,1988

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