Role of Material Parameters in Fatigue Crack Growth Simulation: A Specimen Level and Prototype-Based Approach for Numerical Method

Author:

Suresh Kumar R.ORCID,Rao BN,Velusamy K.,Sachin B. M.

Publisher

Springer Science and Business Media LLC

Reference12 articles.

1. A3 (2012) RCC MRx Section III, Tome 1, Subsection Z, Appendix A3: ‘Properties Groups for Materials’. A Fast Reactor Design Standard, Afcen, France

2. A16 (2012) RCC MRx Section III, Tome 1, Subsection Z, Appendix A16: ‘Guide for prevention of fast fracture: leak before break analysis and defect assessment’. A Fast Reactor Design Standard, Afcen, France

3. Chandwani R, Timbrell C, Wiehahn M (2006) Crack modelling in power plant components. In: Proceedings of the International Conference On Pressure Vessels And Piping, 7–9 Feb, 2006, Chennai, India

4. Chapuliot S, Chaudat T, Mineau V, Moulin D (1996) Fatigue growth of semi-elliptical cracks in plates subjected to bending. In: Proceedings of the International Conference on ASME PVP, Fatigue and Fracture–1996: Volume 1. PVP-Volume 323

5. Nani Babu M, Sasikala G, Albert SK (2018) High-temperature fatigue crack growth behaviour of SS 316LN. In: Proceedings of fatigue, durability and fracture mechanics. Springer, Singapore, pp 413–422

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