Fibras como Elemento Estructural para el Refuerzo del Hormigón
Fibras como Elemento Estructural para el Refuerzo del Hormigón
Fibras como Elemento Estructural para el Refuerzo del Hormigón
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10. Referencias bibliográficas.<br />
- Plizzari G.A., Meda A., B<strong>el</strong>letti B. & Cerioni R., - Experimental and numerical analyses of SFRC slabs<br />
on grade –Sixth RILEM Symposium on FRC - BEFIB 2004.<br />
- Plizzari G.A., Meda A., Min<strong>el</strong>li F., Riva P. & Failla C., - Studio sperimentale sul comportamento a<br />
taglio di travi precompresse in calcestruzzo fibrorinforzato –– AICAP 2002.<br />
- Plizzari G.A., Meda A., Sonzogni F. & Lamperti T., - Distribuzione d<strong>el</strong>le fibre in <strong>el</strong>ementi in calcestruzzo<br />
fibrorinforzato –– Congresso CTE 2002.<br />
- Plizzari G.A., Meda A., Sor<strong>el</strong>li L. & Rossi B., - Experimental investigations on slabs on grade: ste<strong>el</strong><br />
fibers vs. conventional reinforcement – Sixth RILEM Symposium on FRC - BEFIB 2004.<br />
- Plizzari G.A., Meda A., Sor<strong>el</strong>li L. & Rossi B., - Sul comportamento di pavimentazioni in calcestruzzo<br />
rinforzato con fibre di acciaio –– AICAP 2004.<br />
- Potrebowski, J., - The splitting test applied to ste<strong>el</strong> fibre reinforced concrete. Int. J., The Cement<br />
Composites and Lightweight Concrete, 5 (1983) 49-53.<br />
- Raccomandazioni tecniche A.I.C.A.P. per l’impiego d<strong>el</strong> conglomerato cementizio rinforzato con fibre<br />
metalliche (aggiornamento 1990)-Allegato a “L’Industria Italiana d<strong>el</strong> Cemento “ 11/90;<br />
- Ramakrishnan V., Balaguru P., Kostaneski L., and Johnston D.. 1991. Fi<strong>el</strong>d Performance of Fiber<br />
Reinforced Concrete Highway Pavements. Serviceability and Durability of Construction Materials.<br />
Proceedings of First Materials Engineering Congress, h<strong>el</strong>d Aug. 13-15, 1990, Denver, CO; Ed. by<br />
Bruce A. Suprenant, ASCE, NY, Vol. 2, pp. 903-912.<br />
- Ramakrishnan V., Gallapudi S., and Z<strong>el</strong>les R.. 1987a. Performance Characteristics and Fatigue Strength<br />
of Polypropylene Fiber Reinforced Concrete. Fiber Reinforced Concrete Properties and Applications,<br />
American Concrete Institute, Detroit, MI, pp. 159-177. (ACI SP-105).<br />
- Ramakrishnan V., Oberling G., and Tatnall P.. 1987b. Flexural Fatigue Strength of Ste<strong>el</strong> Fiber Reinforced<br />
Concrete. Fiber Reinforced Concrete Properties and Applications, American Concrete Institute,<br />
Detroit, MI, pp. 225-245. (ACI SP-105) .<br />
- Ramakrishnan V., Wu G. Y., and Hosalli G.. 1989a. Flexural Behavior and Toughness of Fiber Reinforced<br />
Concretes. Transportation Research Record, No. 1226, 1989, pp. 69-77.<br />
- Ramakrishnan V., Wu G. Y., and Hosalli G.. 1989b. Flexural Fatigue Strength, Endurance Limit,<br />
and Impact Strength of Fiber Reinforced Concretes. Transportation Research Record, No. 1226, pp.<br />
17-24.<br />
- Rapoport J., Aldea C.-M., Shah S.P., Ankenman B., Karr A. F.-Permeability of Cracked Ste<strong>el</strong> Fiber-<br />
Reinforced Concrete;<br />
242
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