Fibras como Elemento Estructural para el Refuerzo del HormigÃ³n

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10. Referencias bibliográficas. - Ezeldin A. S. and Balaguru P. N.. 1992. Normal and High Strength Fiber-Reinforced Concrete Under Compression. Journal of Materials in Civil Engineering, Nov, Vol. 4, No. 4, pp. 415-429. - Ezeldin A. S. and Lowe S. R.. 1991. Mechanical Properties of Steel Fiber Reinforced Rapid-Set Materials. ACI Materials Journal, Jul-Aug, Vol. 88, No. 4, pp. 384-389. - Falkner H., Huang Z., and Teutsch M. - 1995, “Comparative Study of Plain and Steel Fiber Reinforced Concrete Ground Slabs”, Concrete International, 17 (1), 45-51. - Fanella D. A. and Naaman A. E.. 1985. Stress-Strain Properties of Fiber Reinforced Concrete in Compression. ACI Journal, Jul-Aug, Vol. 82, No. 4, pp. 475-483. - Fattuhi H.. 1987. SFRC Corbel Tests. ACI Structural Journal, Mar-Apr, Vol. 84, No. 2, pp. 119- 123. - Ferrari P. & Giannini F., - 2. Ingegneria Stradale, Corpo Stradale e Pavimentazioni-ISEDI; - Fondazione Politecnica per il Mezzogiorno D’Italia; Domenichini, Di Mascio, Giannatasio, Caliendo, Festa, Marchionna, Firmi, Molinaro, Paoloni– Modello di Catalogo delle Pavimentazioni Stradali, Tema n° 10 “Catalogo delle Pavimentazioni Stradali” a cura del C.N.R.- AIPCR; - Fondazione Politecnica per il Mezzogiorno D’Italia; Domenichini, Di Mascio, Giannatasio, Caliendo, Festa, Marchionna, Firmi, Molinaro, Paoloni–Criteri di dimensionamento delle sovrastrutture di catalogo, Tema n° 9 “Catalogo delle Pavimentazioni Stradali” a cura del C.N.R.- AIPCR; - Fondazione Politecnica per il Mezzogiorno D’Italia; Sbacchi A., D’Andrea A., Cafiso F., Mussumeci G.–Calcestruzzi Cementizi, Tema n° 6 “Catalogo delle Pavimentazioni Stradali” a cura del C.N.R.- AIPCR; - Franke L.. 1981. Behavior and Design of High-Quality Glass-Fiber Composite Rods as Reinforcement for Prestressed Concrete Members. Report, International Symposium, CP/Ricem/i Bk, Prague, 52 pp. - Fritz C., Naaman A. E., and Reinhardt D.H.W.. 1992. Sifcon Matrix in RC Beams. Proceedings of the RILEM-ACI International Workshop, held June 23-26, 1991, Mainz, Germany; Ed. by H. W. Reinhardt and A. E. Naaman, E & FN Spoon, London, pp. 518-528. - Gallovich, A. “Diseño de losas sobre terreno en concreto fibroreforzado, una realidad técnica de alto performance” Congreso Puertorriqueño del Concreto, San Juan Puerto Rico, Marzo 15, y 16 del 2006. - GangaRao H. V. S., Altizer D. S., Vijay P. V., Douglass N., and Pauer R.. 1995. Thermoset Polymer Performance under Harsh Environments to Evaluate Glass Composite Rebars for Infrastructure Application. Paper Presented at the 1996 ACI Spring Convention, Denver, Colorado, Mar 14-19, 1995. 233
10. Referencias bibliográficas. - Gasparini D. A., Verna D., and Abdallah A.. 1989. Post Cracking Tensile Strength of Fiber Reinforced Concrete. ACI Materials Journal, Jan-Feb, pp 10-15. - Gerritse A. and Den Uijl J. A.. 1995. Long-Term Behaviour of Arapree. Proceedings of the Second International RILEM Symposium, held on Aug. 23-25, 1995, Ghent, Belgium; Ed. by L. Taerwe; pp. 57-66. - Gettu, R., Barragan, B., Garcia, T., Ramos, G., Fernandez, C. e Oliver, R. (2004), “Steel Fiber Reinforced Concrete for the Barcelona Metro Line 9 Tunnel Lining”, in BEFIB 2004, Proceedings of the 6th RILEM Symposium on FRC, Varenna (Italy), Sept. 20-22, RILEM PRO 39, 141-156. - Gopalaratnam S. and Shah S. P.. 1987. Tensile Failure of Steel Fiber Reinforced Mortar. Journal of Engineering Mechanics, May, Vol. 113, No. 5, pp. 635-652. - Gopalaratnam V. S., Shah S. P., and John R.. 1984. A Modified Instrumental Charpy Test for Cement Based Composites. Experimental Mechanics, Jun, Vol. 24, No. 2, pp. 102-110. - Hackman L. E., Farrell M. B., and O. O. Dunham. 1992. Slurry Infiltrated Mat Concrete (SIMCON). Concrete International, Dec, pp 53-56. - Halpin J. C. and Tsai S. W.. 1969. Effects of Environmental Factors on Composite Materials. AFML- TR 67423, Jun, 53 pp. - Halvorsen, G.T. Kesler, C.E. Robinson, A.R. & Stout, J.A., - Durability and physical properties of steel fiber reinforced concrete. Report No. DOT-TST 76T-21, US Department of Transportation, Federal Railroad Administration, Washington, DC, 1976, 73 pp. - Hanna A. N., - Steel Fiber Reinforced Concrete Properties and Resurfacing Applications-Portland Cement Association (PCA), Research And Development Bulletin RD049.01P; - Hannant D.J., - Fibre Cements and Fibre Concretes, John Wiley and Sons Ltd, Chichester, 1978, 219 pp. - Hannant, D.J. & Edgington, J., - Durability of steel fibre concrete. In Fibre Reinforced Cement and Concrete, Proceedings, RILEM Symposium, The Construction Press, UK 1975, pp. 159-69 - Hannant, D.J., - Additional data on fibre corrosion in cracked beams and theoretical treatment of the effect of fibre corrosion on beam load capacity. In fibre Reinforced Cement and Concrete, Proceedings RILEM Symposium, The Construction Press, UK 1975, pp. 533-8 - Hara T. and Kitada Y.. 1980. Shear Strength of Reinforced Concrete Corbels and Steel Fibers as Reinforcement. Transactions of the Japan Concrete Institute, Vol. 2, pp. 279-286. - Hartmann Tim -Steel Fiber Reinforced Concrete-Department of Structural Engineering at the Royal 234
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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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