General Papers
| Crack path of titanium alloy Ti-6Al-3Mo-0.4Si in high- and veryhigh- cycle-fatigue regime after tempering and hardening procedures of smooth and notched specimens | |
| A.A. Shanyavskiy |
| Characterizing mixed mode brittle fracture using near crack tip stress fields | |
| M.R. Ayatollahi, D.J. Smith, M.J. Pavier |
| Crack growth modes in inhomogeneous materials: analysis of biand multi-material interfaces | |
| K.M. Mróz, Z. Mróz |
| Study of through thickness effects by means of the stress intensity factor | |
| A. Gonzalez-Herrera, J. Garcia-Manrique, D. Camas, P. Lopez-Crespo |
| An engineering approach to fatigue analysis based on elastic-plastic fracture mechanics | |
| J. Eufinger, A. Heinrietz, T. Bruder, H. Hanselka |
| Measurement and modelling of near-tip displacement fields for fatigue cracks in 6082 T6 aluminium | |
| D. Nowell, M.E. Kartal, P.F.P de Matos |
| Constraint parameters along a three-dimensional crack front stress field | |
| Yu.G. Matvienko, V.N. Shlyannikov, N.V. Boychenko |
| Comparing improved crack tip plastic zone estimates considering corrections based on T-stresses and on complete stress fields | |
| J.T.P. Castro, R.A. Sousa, A.A.O. Lopes, L.F. Martha |
| A finite fracture mechanics approach to the asymptotic behaviour of U-notched structures | |
| Alberto Carpinteri, P. Cornetti, A. Sapora |
| Sharp Notch Roots; The length scale implicit in the solution | |
| D.A. Hills, D. Dini |
| Multiaxial stress versus stress intensity factor based approaches to estimate short crack arrest in fretting fatigue | |
| J.A. Araújo, F.C. Castro |
| Influence of non-singular higher order terms on the stress field of thin welded lap joints and small inclined cracks in plates | |
| F. Berto, P. Lazzarin, C.J. Christopher, M.N. James |
| Crack tip shielding effects, Part 1: direct measurement of the plastic enclave | |
| E.A. Patterson, M. N. James |
| A unified stress-based approach to assess failure in solids and liquids | |
| R. Brighenti, Andrea Carpinteri |
| Non-linear fracture mechanics, a novel approach for quasi-brittle materials | |
| E. Morice, S. Pommier, A. Delaplace |
| The crack modelling method and critical distance approaches | |
| D. Taylor, L. Susmel |
| Gradient elasticity theories and finite element implementations for static fracture | |
| H. Askes |
| Two-parameter FCG driving force: successive blocking of the monotonic and cyclic plastic zones at microstructural barriers | |
| C. Vallellano, A. Navarro, J. Dominguez |
| Non-proportional mixed mode plasticity, crack tip fields from digital image correlation | |
| S. Pommier, P.Y. Decreuse |
| Dislocation-based model of crack-tip shielding effects | |
| J. Pokluda |
| Effective stress parameters close to stress singularities | |
| P. Livieri, R. Tovo |
| The plastic ‘inclusion’ as a bridge between local crack plasticity and the global elastic field | |
| M. N. James, C. J. Christopher, Yanwei Lu, E. A. Patterson |
| Overload effects on local fatigue crack-tip strain fields in plane stress samples | |
| P. J. Withers, H. Dai, P. Lopez-Crespo, A. Steuwer, F. Yusof, J. F. Kelleher, T. Buslaps |
| Comparison between Mode I and Mode III crack propagation under pure shear and RCF conditions | |
| S. Beretta, S. Foletti, M.G. Tarantino, J. Lai |
| Experimental and numerical analysis of elastic-plastic strains and stresses ahead of a growing fatigue crack | |
| G. Glinka, A. Buczynski |
| Fatigue crack closure: from LCF to small scale yielding | |
| R. Pippan, W. Grosinger |
| Ratcheting strain as a crack driving force for crack growth | |
| J. Tong, L.-G. Zhao, B. Lin, C. Cornet |
| An elastic solution for the stress field at the tip of a Mode II propagating fatigue crack | |
| M. W. Brown |
| Measurements of crack tip fields with DIC | |
| Y. H. Tai, J.R. Yates |
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