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Cited by 78 publications
(42 citation statements)
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“…Otherwise, the best flexural strengths were obtained for the MEPC with 14% of epoxy resin. This highlights the favorable effect of epoxy resin on the flexural strength of MEPC samples [5,43]. On the other hand, when the G/S ratio is increased, the flexural strength is improved.…”
Section: Flexural Strengthmentioning
confidence: 92%
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“…Otherwise, the best flexural strengths were obtained for the MEPC with 14% of epoxy resin. This highlights the favorable effect of epoxy resin on the flexural strength of MEPC samples [5,43]. On the other hand, when the G/S ratio is increased, the flexural strength is improved.…”
Section: Flexural Strengthmentioning
confidence: 92%
“…In addition, it should be noted that all MEPCs have very significant flexural strength at the age of 1 day. Regarding the effect of epoxy content on the flexural strength of MEPCs, the comparison between the two epoxy contents studied (10% and 14%) for a constant G/S ratio shows that this effect remains limited, especially when the mixture contains fine aggregates (low G/S ratio) [5]. This can be attributed to the insufficient amount of epoxy resin to cover the sand particles [42].…”
Section: Flexural Strengthmentioning
confidence: 99%
“…These composite materials develop, by means of exothermic chemical reactions with hardeners and accelerators, a continuous resistant polymer matrix around the target particles. PPCs have been receiving increasing interest in recent years because of their good characteristics compared with traditional concrete, namely: improved mechanical strength, superior durability, good resistance to water, lower permeability, high chemical and corrosion resistances, excellent adhesion and a fast curing process, among others [1,2]. However, PPCs also show some disadvantages, like a lower workability, fresh resin odor, lower resistance to high temperatures, and higher cost compared with conventional concrete [3].…”
Section: Introductionmentioning
confidence: 99%
“…Nevertheless, not all wastes have the same potential for PPC manufacturing, as their own characteristics can modify the fresh or final product properties. Extensive research works have been conducted for determining the properties of PPCs made up of different recycled targets, like aggregates, sand, clay, fillers, fly ash, fuel ashes, plastics, or recycled fiber reinforced polymers, among others [1,3,4,[6][7][8][9][10][11][12][13]. However, nowadays, huge amounts of different wastes, with potential as PPC targets, continue to be disposed in landfills around the world and pollute the environment.…”
Section: Introductionmentioning
confidence: 99%
“…Die Verwendung von Reaktionskunststoffen, welche alternativ zu Zementsuspensionen vor Ort eingesetzt wer-den können, findet vermehrt Anwendung. Die Eigenschaften dieser Reaktionskunststoffe können aufgrund ihrer chemischen Zusammensetzung gezielt variiert und auf das jeweilige Bauvorhaben und den anstehenden Boden eingestellt werden [1,2]. Reaktionskunststoffe erhöhen wie Zementsuspensionen die Festigkeit und Steifigkeit des anstehenden Baugrunds, zeichnen sich allerdings durch ein erhöhtes elastisches Verhalten aus.…”
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