Fibras como Elemento Estructural para el Refuerzo del HormigÃ³n

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10. Referencias bibliográficas. - Beckett D. - 1999, “A comparison of Thickness design methods for concrete industrial ground floors”, 4th International Colloquium on Industrial Floor, January 12-16. - Bedard C., Carette G. C., and Malhotra V. M.. 1986. Development of Air-Entrained, High Strength Concrete: Mechanics Properties and Resistance to Freezing and Thawing. CSCE/CANMET International Workshop on Concrete for Offshore Structures, held on Sept. 10-11, 1986, St. John’s, Newfoundland, Canada, 23 pp. - Bedard C.. 1992. Composite Reinforcing Bars: Assessing Their Use in Construction. Concrete International, Jan, pp. 55-59. - Belletti B., Cerioni B. & Plizzari G.A., - Fracture in SFRC slabs on grade – Sixth RILEM Symposium on FRC – BEFIB 2004; - Benaiche F. and Barr B.. 1989. Fracture Characteristics of High Strength Concrete and FRC materials. Fiber Reinforced Cements and Concretes: Recent Developments. International Conference, held on Sept. 18-20, 1989, University of Wales College of Candift, U.K.; Ed. by R.N. Swamy and B. Barr, Elsevier Applied Science, London, pp. 611-619. - Bentur A.. 1989. Silica Fume Treatments as Means for Improving Durability of Glass Fiber Reinforced Cements. Journal of Materials in Civil Engineering, Aug, Vol. 1, No. 3, pp. 167-183. - Bergstorm S. G.. 1976. A Nordic Research Project on Fibre Reinforced, Cement Based Materials. Proceedings of RILEM Symposium on Fibre Reinforced Cement and Concrete, held September 1975, The Construction Press, Lancaster, England, Vol. 2, pp. 595-600. - Budelmann H. and Rostasy F.S.. 1993. Creep Rupture Behavior of FRP Elements for Prestressed Concrete – Phenomenon, Results and Forecast Models. Proceedings of ACI International Symposium on FRP Reinforcement for Concrete Structures, held March 1993, Vancouver, B.C., Canada, pp. 87-100. - Cangiano, S., Cucitore, R. e Plizzari, G.A. (2003), “La normativa uni per la classificazione del calcestruzzo rinforzato con fibre di acciaio”, in Giornata IGF sul calcestruzzo ad alte prestazioni, Brescia, 16 Novembre 2001, Plizzari G.A. e di Prisco M. Eds., Starrylink, pp. 183-198. - Cervenka, J., ‘Discrete crack modeling in concrete structures’, Ph.D. thesis, University of Boulder, Colorado, 1994. - Chanvillard G. and Aitcin P-C.. 1990. Thin Bonded Overlays of Fiber Reinforced Concrete as a Method of Rehabilitation of Concrete Roads. Canadian Journal of Civil Engineering, Aug, Vol. 17, No.4, pp. 521-527. - Chanvillard G., Aitcin P-C., and Lupien C.. 1989. Field Evaluation of Steel Fiber Reinforced Concrete Overlay With Various Bonding Mechanisms. Transportation Research Record, No. 1226, pp. 48-56. 231
10. Referencias bibliográficas. - CIMITAN L., FAILLA C., SIGNORINI S., SONZOGNI F. & VIGLIENO-COSSALINO G., - Indagine sulla durabilità dei calcestruzzi rinforzati con fibre d’acciaio - 14° Congresso C.T.E., Mantova, 7-9 Novembre 2002 - Concrete and Aggregates. 1988. Annual Book of ASTM Standards, Part 04.02, ASTM, Philadephia, PA, 751 pp. - Concrete Toughens Up. 1991. Materials Engineering, Jan, Vol. 102, p. 38. - Craig, R.J., Decker, J., Dombrowski, L. Jr, Laurencelle, R. & Federovich J., Anelastic behaviour of reinforced fibrous concrete. J. Structural Engineering, ASCE, 113 (1978)802-17. - Dave N. J.. 1991. Fatigue Performance of Fibre-Reinforced Cement Composite Concrete Beams. Durability of Concrete, Second International Conference, 1991, Montreal, Canada; Ed. by V. M. Malhotra; American Concrete Institute, Detroit, MI, Vol. 2, pp. 697-713. (ACI SP-126) - Di Prisco M. e Plizzari G.A. Eds (2003), “La meccanica della frattura nel calcestruzzo ad alte prestazioni”, Atti della giornata di studio IGF, Starrylink Editrice, 232 pp. - Di Prisco M. e Toniolo G. Eds. (2000), “Structural applications of steel fibre reinforced concrete”, Proc. of the international workshop. Milano, 4 Aprile, CTE publ., 126 pp. - Di Prisco M., F. Iorio, G. A. Plizzari - High Performance Steel Fibre Reinforced Concrete prestressed roof elements –– Bochum 2003; - DI PRISCO M., FAILLA C., PLIZZARI G.A. & TONIOLO G., - “Il calcolo delle strutture in calcestruzzo rinforzato con fibre d’acciaio: La norma UNI”, , Giornate AICAP 2004, Verona, 26-29 Maggio 2004 - Di Prisco M., Felicetti R. e Plizzari G.A. Eds (2004), “BEFIB 2004”, “Proceedings of the 6th RILEM Symposium on Fibre Reinforced Concretes (FRC), RILEM PRO 39, 1514 pp. - Di Tommaso A., - Le fibre di acciaio nei conglomerati cementizi-estratto dalla rivista ACCIAIO n° 2, 1996; - Diotallevi P.P., Zarri F. & Marino R., - Comportamento di Calcestruzzi Ordinari e Leggeri anche Fibrorinforzati Soggetti a Cicli di Gelo e Disgelo: Confronto di Alcune Caratteristiche Meccaniche-Quaderni di Studi e Ricerche, settembre 1991, Calcestruzzi S.p.A.; - Edington J., Hannant D. J., and Williams R. I. T.. 1974. Steel Fiber Reinforced Concrete. Paper No. CP 69174, Building Research Establishment, Garston, Waterford, England, 17 pp. - El-Badry M. (Ed.). 1996. Proceedings of the 2nd International Conference — Advanced Composite Materials in Bridges and Structures. Montreal, Quebec, Canada, 11-14, Aug, 1996, 1027 pp. 232
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F i b r a s c o m o E l e m e n t o
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Índice. 5.4 - Diseño de revestimi
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1 - Introducción. La finalidad de
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2. Fibras como elemento estructural
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3. Hormigón fibroreforzado; Elemen
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4 - Diseño y consideraciones parti
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4. Diseño y consideraciones partic
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5. Aplicaciones del hormigón refor
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6. Aplicaciones en hormigón fibror
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Page 219 and 220: 9. Autores ANTONIO GALLOVICH SARZAL
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Page 239: Maccaferri de Argentina. Tel.: 54 (
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Fibras como Elemento Estructural para el Refuerzo del HormigÃ³n

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