Bibliography
=============


1. LEMAITRE J., CHABOCHE J.L.: "Mechanics of solid materials", Ed. Dunod (1985)


2. P. Koechlin, S. Potapov. "A global constitutive model for reinforced concrete plates." ASCE J. Eng. Mech. 2006.


3. P. Koechlin, S. Moulin. "Global behavior model of reinforced concrete plates under dynamic flexural loading: improved law GLRC: modeling of cracking due to damage". Note HT-62/02/021/A, 11/2002.


4. F. VOLDOIRE. "Homogenization of heterogeneous structures". Note EDF/DER/MMN HI-74/93/055, 27/10/1993.


5. S.Moulin. "Modeling of reinforced concrete structures under seismic loading". Note HT-62/04/025/A, 12/2004.


6. S.Moulin. F. VOLDOIRE "Study of a reinforced concrete beam under flexural load". Note HT-62/05/013/A, 9/2006.


7. J-J. MARIGO. "Numerical study of damage". EDF, Bulletin of Studies and Research, Series C, Series C, No. 2, pp.27-48, 1982.


8. [:external:ref:`V6.05.106 <V6.05.106>`] SSNS106 — Damaging a flat plate under various stresses with the law of behavior GLRC_DM.


9. [:ref:`R3.07.03 <R3.07.03>`] — Plate elements DKT, DST, DKQ,, DSQ, and Q4g.


10. [:ref:`R7.01.04 <R7.01.04>`] — Behaviour law ENDO_ISOT_BETON.


11. [:ref:`A4.01.04 <A4.01.04>`] — File for validating the seismic calculation.


12. [:external:ref:`U4.42.06 <U4.42.06>`] — Operator DEFI_GLRC.


.. _Ref901085421: