9. Bibliography#

  1. BENBOUDJEMA F.: Modeling delayed deformations of concrete under biaxial stresses. Application to reactor buildings of nuclear power plants, Thesis of D.E.A. Advanced Materials — Structural and Envelope Engineering, 38 pp. (+ appendices) (1999).

  2. BENBOUDJEMA F., MEFTAH F., HEINFLING G., LE PAPE Y.: Numerical and analytical study of the spherical part of the proper creep model UMLV for concrete, technical note HT-25/02/040/A, 56 p (2002).

  3. BENBOUDJEMA F., MEFTAH F., TORRENTI J.M., LE PAPE Y.: Algorithm of the natural creep and desiccation model UMLV coupled with an elastic model, technical note HT‑25/02/050/A, 68 p (2002).

  4. GRANGER L.: Delayed behavior of concrete in nuclear power plant enclosures: analysis and modeling, ENPC doctoral thesis (1995).

  5. Granger behavior relationship for the clean creep of concrete, Documentation*Code_Aster* [R7.01.01], 16 p (2001).

  6. BAZANT, Z.P., CHERN, J.C.: Concrete creep at variable humidity: constitutive law and mechanism. Materials and Structures (RILEM, Paris), 18, Jan., pp. 1-20 (1985).