6. Bibliography#

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    1. LEMAITRE, J.L. CHABOCHE, Mechanics of solid materials. Dunod 1996

  3. J.L. CHABOCHE, G. CAILLETAUD, Integration methods for complex constitutive equations, Computer Methods in Applied Machanics Engineering, No. 133 (1996), pp 125-155

  4. J.L. CHABOCHE, Cyclic viscoplastic constitutive equations, Journal of Applied Mechanics, Vol.60, December 1993, pp. 813-828

    1. FORTUNIER, Chaboche’s law of behavior: identification of elasto‑plastic and elasto-visco-plastic parameters of steel EDF - SPH between 20°C and 600°C. Note FRAMATOME/NOVATOME, NOVTUDD90011, October 1990

    1. MIGNE, Recalibrating the parameters of the SYSTUS nonlinear kinematic plasticity model. Modeling of the phenomenon of progressive deformation with cyclic consolidation of the material. Note FRAMATOME EE/R.DC.0286. September 1992.

  7. J.J. ENGEL, G. ROUSSELIER, Uniaxial stress behavior under cyclic loading of 17-12 Mo austenitic stainless steel with very low carbon and nitrogen control. Identification of 20) C at 600°C of a model of elastoplastic behavior with nonlinear kinematic work hardening. Note EDF/DER/EMA N°D599 MAT /T43 (1985)

    1. GEYER, C. COUTEROT, characterization of 304L steel used during the « deformation, progressive » tests on CUMULUS and identification of the parameters of the Chaboche model, Note EDF/DER/HT-26/93/040/A

    1. DE BORST « The zero normal stress condition in plane stress and shell elastoplasticity » Communications in applied numerical methods, Vol. 7, 29-33 (1991)

  1. J.M. PROIX « Viscoplastic behavior taking into account the non-proportionality of the load » EDF R&D-CR- AMA12 -284, 12/12/12

  1. J.L. CHABOCHE, A review of some plasticity and viscoplasticity constitutive theories, Inter. Journal of Plasticity, Vol.24, 2008, pp. 1642-1693