KRELANI, VISAR

KRELANI, VISAR  

DIPARTIMENTO DI INGEGNERIA CIVILE E AMBIENTALE  

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Titolo Data di pubblicazione Autori File
A numerical model for the self-healing capacity of cementitious Composites 1-gen-2014 DI LUZIO, GIOVANNIFERRARA, LIBERATOKRELANI, VISAR
Assessing the self healing capacity of cementitious composites 1-gen-2013 FERRARA, LIBERATOKRELANI, VISAR +
Autogeneous self healing of High Performance Fibre Reinforced Cementitious Composites 1-gen-2015 FERRARA, LIBERATOKRELANI, VISAR +
Capacità di autoriparazione dei compositi cementizi fibrorinforzati ad elevate prestazioni 1-gen-2014 FERRARA, LIBERATOKRELANI, VISAR +
Effect of cellulose nanopulp on autogenous and drying shrinkage of cement based composites 1-gen-2015 FERRARA, LIBERATOKRELANI, VISAR +
Effect of natural fibres on the self healing capacity of high performance fibre reinforced cementitious composites 1-gen-2014 FERRARA, LIBERATOKRELANI, VISAR +
Effetto delle fibre naturali sulle capacità di autoriparazione di compositi cementizi fibrorinforzati 1-gen-2014 FERRARA, LIBERATOKRELANI, VISAR +
Engineering self healing capacity of cement based materials through crystalline admixtures 1-gen-2015 FERRARA, LIBERATOKRELANI, VISAR
Experimental Assessment and Numerical Modeling of Self Healing Capacity of Cement Based Materials via Fracture Mechanics Concepts 1-gen-2016 FERRARA, LIBERATODI LUZIO, GIOVANNIKRELANI, VISAR
Five Years of International Collaborative Research on Self-Healing Capacity of Cementitious Composites 1-gen-2016 FERRARA, LIBERATODI LUZIO, GIOVANNIKRELANI, VISAR +
High performance fiber reinforced cementitious composites: autogeneously self healing materials 1-gen-2014 FERRARA, LIBERATOKRELANI, VISAR +
Microscopical characterization of the self healing mechanisms in high performance cementitious composites reinforced with steel and natural fibres 1-gen-2015 FERRARA, LIBERATOKRELANI, VISAR +
Natural fibres as promoters of autogenous healing in HPFRCCs: results from an on-going Italy-Brasil cooperation 1-gen-2015 FERRARA, LIBERATOKRELANI, VISAR +
Numerical simulation of self-healing in cementitious composites 1-gen-2014 DI LUZIO, GIOVANNIFERRARA, LIBERATOKRELANI, VISAR
Numerical simulation of self-healing process and its application 1-gen-2016 DI LUZIO, GIOVANNIKRELANI, VISARFERRARA, LIBERATO
Reducing the Porosity and Sealing Cracks by Using Crystalline Admixture in Conventional Concrete 1-gen-2015 KRELANI, VISARFERRARA, LIBERATO
Rehabilitation of early-age precast concrete structures: a feasibility study on an industrial complex progressively built in 1940s-1970s in Northern Italy 1-gen-2019 B. Dal LagoV. Krelani +
Self healing capacity of cementitious composites: experiments and modelling 1-gen-2014 FERRARA, LIBERATOKRELANI, VISAR +
Self healing capacity of concrete: a mechanical approach 1-gen-2013 FERRARA, LIBERATOKRELANI, VISAR
Self healing capacity of high performance fiber reinforced cementitious composites 1-gen-2014 FERRARA, LIBERATOKRELANI, VISAR +