8. Bibliography#

    1. GODARD: Modeling of anisotropic concrete damage taking into account the unilateral effect: Application to the numerical simulation of confinement enclosures. Thesis from the University of Paris VI, 2005.

  2. P.B. BADEL: Contributions to the numerical simulation of reinforced concrete structures. Thesis from the University of Paris VI, 2001.

    1. DESMORAT: Anisotropic elastic behavior asymmetry coupled or not with damage. C. R. Acad. Sci., t.328, Series Iib, 445-450, 2000.

  4. J.J. MARIGO: Damage: Location and Stability. Numerical Analysis Summer School, EDF/CEA/INRIA, July 2002.

    1. KUPFER, H.K. HILSDORF, H. RUSCH: Behaviour of concrete under biaxial stresses, ACI Journal, Title No. 66-52, 656-666, August 1969.

  6. Z.P. BAZANT, G. PIJAUDIER - CABOT: Measurement of characteristic length of non local continuum, ASCE J. of Engng. Mech., 115, 755-767, 1989.

    1. MAZARS, Y. BERTHAUD: An experimental technique applied to concrete to create diffuse damage and demonstrate its unilateral character, C. R. Acad. Sci., t.308, Series II, 579-584, 1989.

    1. HOGNESTAD, N.W. HANSON, D.Mc HENRY: Concrete stress distribution in ultimate strength design, J. Am. Concr. Inst. 66, 656-666, 1955.

    1. RAMTANI: Contribution to the modeling of the multiaxial behavior of damaged concrete with description of the unilateral character. Doctoral thesis from the University Pierre and Marie Curie (Paris VI), 1990.

  10. J.B. LEBLOND: A constitutive inequality for hyperelastic materials in finite strain, Eur. J.Mech. A/Solids, Vol. 11 (4), 447-466, 1992.

    1. HALPHEN, Q.S. NGUYEN: On generalized standard materials, Journal of Mechanics, Vol.14 (1), 39-63, 1975.