[1] Neuber H (1961) Theory of stress concentration for shear-strained prismatical bodies with arbitrary nonlinear stress-strain law. J of Appl Mech 28(4): 544-550

[2] Conle A, Nowack H (1977) Verification of a Neuber-based notch analysis by the companion-specimen method. Exp Mech 17(2): 57-63.

[3] Molski K, Glinka G (1981) A method of elastic-plastic stress and strain calculation at a notch root. Mat Science and Eng 50(1): 93-100.

[4] Barkey ME (1993) Calculation of notch strains under multiaxial nominal loading [PhD Dissertation]. Urbana, IL: University of Illiois at Urbana-Champaign.

[5] Singh M, Glinka G, Dubey R (1996) Elastic-plastic stress-strain calculation in notched bodies subjected to non-proportional loading. Int J of Fract 76(1): 39-60.

[6] Ye D, Hertel O, Vormwald M (2008) A unified expression of elastic–plastic notch stress–strain calculation in bodies subjected to multiaxial cyclic loading. Int J of Solids and Structures 45(24): 6177-6189.

[7] Ince A, Glinka G (2013) A numerical method for elasto-plastic notch-root stress–strain analysis. The J of Strain Anal for Eng Design 48(4): 229-244.

[8] Jianhui L, Shengnan W, Wuyin J, Wen G (2014) A modified method for calculating notch-root stresses and strains under multiaxial loading. Advances in Mech Eng 6: 513804.

[9] Campagnolo A, Berto F, Marangon C (2016)  Cyclic plasticity in three-dimensional notched components under in-phase multiaxial loading at R=−1. Theo and Appl Fract Mech 81: 76-88.

[10] Meggiolaro MA, de Castro JTP, Martha LF (2016) A unified rule to estimate multiaxial elastoplastic notch stresses and strains under in-phase proportional loadings. Frattura ed Integrità Strutturale 10(38): 128-134.

[11] Meggiolaro MA, de Castro JTP, Martha LF, Marques LF (2017) On the estimation of multiaxial elastoplastic notch stresses and strains under in-phase proportional loadings. Int J of Fatigue 100: 549-562.

[12] Meggiolaro MA, de Castro JTP, de Oliveira Góes RC (2016) Elastoplastic nominal stress effects in the estimation of the notch-tip behavior in tension. Theo and Appl Fract Mech 84: 86-92.

[13] Li J, Zhang ZP, Li CW (2017) Elastic-plastic stress-strain calculation at notch root under monotonic, uniaxial and multiaxial loadings. Theo and Appl Fract Mech; 92: 33-46.

[14] Ince A, Bang D (2017) Deviatoric Neuber method for stress and strain analysis at notches under multiaxial loadings. Int J of Fatigue 102: 229-240.

[15] Li J, Zhang ZP, Li CW (2017) A coupled Armstrong-Frederick type plasticity correction methodology for calculating multiaxial notch stresses and strains. J of Failure Anal and Prevention 17(4): 706-716.

[16] Makhutov NA, Reznikov DO (2019) Generalization of Neuber’s rule for the assessmnet of local stresses and strain in stress concentration zones for a wide range of applied strains. Proc Struct Integrity 14: 199-206.

[17] Makhutov NA, Reznikov DO (2019) Assessmnet of local stresses and strain in notched components subjected to extreme loading. Proc Struct Integrity 22: 93-101.

[18] Sethuraman R, Gupta SV (2004) Evaluation of notch root elastoplastic stress-strain state for general loading using an elastic solution. Int J of Pres Vessels and Piping 81(4): 313-25.

[19] Roostaei A, Ling Y, Jahed H, Glinka G (2020) Application of Neuber’s and Glinka’s notch plasticity correction rules to asymmetric magnesium alloys under cyclic load. Theo and Appl Fract Mech 105: 102431.

[20] Khan A, Huang S (1995) Continuum theory of plasticity. John Wiley and Sons.

[21] Dafalias Y, Popov E (1975) A model of nonlinearly hardening materials for complex loading. Acta mechanica 21(3): 173-192.

[22] Dafalis Y (1975) On cyclic and anisotropic plasticity. 1: A general model including material behavior under stress reversals. 2: Anisotropic hardening for initially orthotropic materials [PhD. Dissertation]. Berkely: University of California.