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Benmokrane, B.; Challal. O. Physical and mechanical performance of an innovative glass-fiber-reinforced plastic rod for concrete and grouted anchorages,. Canadian Journal Civil Engineering, 20, 254-268 (1993).
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Nanni, A. (ed. ) Fiber-Reinforced-Plastic (GFRP) Reinforcement for Concrete Structures: Properties and applications,. Elsevier Science. Developments in Civil Engineering, 42, p.450. (1993).
Benmokrane, B.; Challal. O. Physical and mechanical performance of an innovative glass-fiber-reinforced plastic rod for concrete and grouted anchorages,. Canadian Journal Civil Engineering, 20, 254-268 (1993).
Neale, K.W.; Labossière, P. (eds. ) Advanced composite materials on bridges and structures,. 1st Int. Conf. Sherbrooke, Quèbec, Canadian Society for Civil Engineering, 700 (1992).
Nanni, A.; Dolan, C.W. ) (eds. ) Fiber-reinforced-plastic reinforcement for concrete structures, International Symposium,. American Concrete Institute (ACI), SP-138, 177 (1993).
Dolan, C.W. FRP prestressing in the USA,. Concrete International 21(10), 21-24, (1999).
Taerwe, L.R.; Matthys, S. FRP for concrete structures,. Concrete International 21(10), 33-36, (1999).
Fukuyama, H. FRP composites in Japan,. Concrete International 21(10), 29-32 (1999).
Rovira, J.A. Barra a base de polimero Barra a base de polímeros reforzados con fibras para el armado del hormigón,. Patente nº ES 2 235 011, (2010).
Arteaga, A.; López, C.; Informe nº 19. 596-I. Ensayos de tracción, compresión y adherencia de redondos de materiales compuestos para su uso en hormigón". Instituto de ciencias de la Construcción "Eduardo Torroja, (IETcc), Madrid, Spain, (2009).
Almerich Chulia, Ana-I. Diseño, según estados límites, de estructuras de hormigón armado con redondos de fibra de vidrio GFRP,. Tesis, Universidad Politécnica de Valencia, Valencia, Spain (2010).
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