»V diplomskem delu so raziskane mehanske lastnosti tankostenskih betonskih elementov, armiranih s kontinuiranimi konopljinimi vlakni. V teoretičnem delu so predstavljene značilnosti konoplje, struktura vlaken in možnosti njihove uporabe v gradbeništvu. Empirični del zajema izdelavo in preizkušanje betonskih vzorcev, utrjenih z naravnimi in epoksidno obdelanimi konopljinimi vlakni. Rezultati štiritočkovnega upogibnega in nateznega preizkusa so pokazali, da površinska obdelava z epoksidno smolo poveča trdnost, žilavost in deformacijsko sposobnost vlaken, kakor tudi izboljša mehanske lastnosti tankostenskih betonskih kompozitov. Na podlagi pridobljenih rezultatov lahko zaključimo, da obdelana konopljina vlakna predstavljajo trajnostno in učinkovito alternativo jekleni armaturi pri tankih betonskih konstrukcijskih elementih.«
»This thesis investigates the mechanical properties of thin-walled concrete elements reinforced with continuous hemp fibres. The theoretical part presents the characteristics of hemp, the structure of its fibres, and their potential applications in construction. The experimental part includes the preparation and testing of concrete specimens reinforced with natural and epoxy-coated hemp fibres. The results of the four-point bending and tensile tests showed that surface treatment with epoxy resin improves the strength, toughness, and deformation capacity of the fibres and mechanical properties of concrete thin-walled composites. It was concluded that epoxy-treated hemp fibres represent a sustainable and efficient alternative to steel reinforcement in thin concrete elements.«
