4. Bibliography#

  1. ANGLES J., VOLDOIRE F., Modeling and calculation of the limit load of a cracked component, CR- MMN 1522-07, Sept. 96.

  2. FRIAA A., Norton-Hoff’s law generalized in plasticity and viscoplasticity, Doctoral thesis, 1979.

  3. FRIAA A., FREMOND M., Static and kinematic methods in fracture calculation and limit analysis, Journal of Theoretical and Applied Mechanics, Vol. 11, No. 5, No. 5, 881-905, 1982.

  4. VOLDOIRE F., Fracture calculation and structural limit analysis, note EDF HI-74/93/082.

  5. VOLDOIRE F., Boundary analysis of cracked structures and strength criteria, note EDF/DER HI-74/95/026.

  6. MICHEL - PONNELLE S., LORENTZ E. Finite elements dealing with almost incompressibility, document R3.08.06D.

  7. VOLDOIRE F., Implementation of the Norton-Hoff-Friaâ regularization method for boundary analysis of structures, note EDF/DER HI-74/97/026.

  8. LAHOUSSE A., VOLDOIRE F., Limit load calculation and benchmark of the European Brite EurAm project « LISA » Note EDF/DER HI-74/98/026/A.

  9. [R3.06.08] S. MICHEL - PONNELLE, E. LORENTZ, Finite Elements Dealing with Quasiincompressibility, 2005.

  10. VOLDOIRE F., Limit analysis by the Norton-Hoff-Friaâ regularising method. In M. Heitzer, M. Staat, LISA project report 2001, publication of the*John von Neumann Institute for Computing* (2003).