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Andrea Saccani, Stefania Manzi, Grazia Totaro and Isabella Lancellotti
Mortars formulated with different types of industrial wastes with improved mechanical properties can be obtained and used in civil engineering applications.
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The dynamic development of the automotive industry and improvements in quality of life have caused a significant increase in the production of car tires. Unfortunately, when the useful life of these products comes to an end, the problem of their disposal...
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O. V. Krasniuk,O. L. Kireiko,K. S. Kharchenko
Pág. 103 - 105
The article represents results of the studies, which have allowed determining optimum components correlations polymeric mortars based on ?F-??-15 carbamide resin and ED-22 epoxy resin to obtain highly efficient materials for repair of transport facilitie...
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Gibson Rocha Meira, Raphaele Castro Malheiro, Munique lima
Pág. 119 - 132
This work studied the influence of rendering mortar layer on chloride transport into concrete structures. Concrete specimens rendered with three different mortar mixtures and two rendering thickness were used. Five of the six faces of the specimens were ...
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Masood Ur Rahman and Jing Li
This paper presents experimental investigations on epoxy mortar produced using industrial wastes. In some recent studies, coal bottom ash and polyethylene terephthalate (PET) waste have been chosen as a filler to replace sand, and fly ash and silica fume...
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