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The proposed analytical model developed for concrete confined by FRP composite jackets, might become useful document for various designers and researchers working in the field of retrofitting. Results given by this model easily accepts with the one obtained from the experimental results. The model suggests that, lateral confinement of concrete with FRP composite jackets increases the strength and ductility, under uniaxial compressive load.

Produktbeschreibung
The proposed analytical model developed for concrete confined by FRP composite jackets, might become useful document for various designers and researchers working in the field of retrofitting. Results given by this model easily accepts with the one obtained from the experimental results. The model suggests that, lateral confinement of concrete with FRP composite jackets increases the strength and ductility, under uniaxial compressive load.
Autorenporträt
Deepak Bhandari, earned his B.E from Kathmandu Engineering College, TU, Nepal and M.Sc in Structural engineering from Institute of Engineering, Pulchowk campus, Pulchowk, Nepal. As per UNDP's project, he is working at different local bodies to support government of Nepal for National Building code implementation within the country.