Propriétés mécaniques et durée de vie de bétons réfractaires

18 J.P. OLLIVIER, Anondestructive procedure to observe the microcracks of
concrete by scanning electron microscopy, Cement and Concrete Research, 1985,
Volume 15, N° 6, Pages 1055-1060.
19 E. RINGOT, Development of the map cracking in concrete under compressive
loading, Cement and Concrete Research, 1988, Volume 18, N° 6, Pages 933-942.
20 R. FELICETTI, P.G. GAMBAROVA, On the residual tensile properties of high
performance siliceous concrete exposed to high temperature, Mechanics of Quasi-
Brittle Materials and Structures, éditeurs Pijaudier-Cabot G., Bittnar Z. et Gérard B.
(eds), Paris : Hermès, 1999, Pages 167-186.
21 D.V. PHILLIPS, Z. BINSHENG, Direct tension tests on notched and un-notched
plain concrete specimens, Magazine of Concrete Research, 1993, Volume 45, N°162,
Pages 25-35.
22 H. MARZOUK, Z.W. CHEN, Fracture Energy and Tension Properties of High-
Strength Concrete, Journal of Materials in Civil Engineering, 1995, Volume 7, N°2,
Pages 108-116.
23 V.S. GOPALARATNAM, S.P. SHAH, Softening response of plain concrete in
direct tension, ACI Journal, 1985, Volume 82, N°3, Pages 310-323.
24 Y. BERTAUD, E. RINGOT, D. FOKWA, A test for delaying localization in
tension, experimental investigation, Cement and Concrete Research, 1991, Volume
21, Pages 928-940.
25 E. SCHLANGEN, J.G.M. VAN MIER, Experimental and numerical analysis of
micromechanisms of fracture of cement based composites, Cement and concrete
composites, 1992, Volume 14, Pages 105-118.
26 B. COTERELL, Y.W. MAI, Fracture mechanics of cementitious materials,
London : Blackie Academic and Professionnal, Chapman et Hall, 1996, 294p.
27 J.G.M. VAN MIER, Mode I fracture of concrete : discontinuous crack growth and
crack interface grain bridging , Cement and Concrete Research, 1991, Volume 21,
Pages 1-15.
28 A. HILLERBORG, Fracture Mechanics of Concrete, Ed. Wittmann, Amsterdam :
Elsevier, 1983, « Analysis of a single crack »
29 Produits Réfractaires, Recueil de Normes, Paris : AFNOR, 1987, 513 p.
30 C.A. SCHACHT, Thermomechanical behavior of refractories, Key Engineering
Materials, 1993, Volume 88, Pages 193-218.
31 H. LEMAISTRE, Etude des propriétés thermomécaniques de divers réfractaires,
Thèse de Doctorat : Institut National des Sciences Appliquées de Lyon, 1997, 127 p.
32 F. GORISSE, Essais et contrôle des bétons, Paris : Eyrolles, 1978, 200p.
33 V.S. GOPALARATNAM, S.P. SHAH, Softening response of plain concrete in
direct tension, ACI Journal, 1985, Volume 82, N°3, Pages 310-323.
34 J.M. ROBIN, Comportement thermomécanique des céramiques réfractaires,
Thèse de Doctorat : Université Paris 6, Mars 1995, 173p.
35 Determination of the fracture energy of mortar and concrete by means of threepoint
bend tests on notched beams, Projets de recommendation de la RILEM,
50FMC Mécanique de la rupture du béton-méthodes d’essai, Matériaux et
Constructions/Materials and Structures, 1985, Volume 18, Pages 286-290.
36 M. ELICES, G.V. GUINEA, J. PLANAS, On the measurement of concrete fracture
energy using three-point bend tests, Materials and Structures/Matériaux et
Constructions, 1997, Volume 30, Pages 375-376.
37 A.G. BEATTIE, Acoustic emission, principles and instrumentation, Journal of
Acoustic Emission, 1983, Volume 2, N°1-2, Pages 95-128.
- 144 -