Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Thermal, electrical and mechanical properties of filler-doped polymer concrete
Highlights Optimum filler doped polymer dosage was determined by Multi-Response Optimization. BaSO4 doped polypropylene provided 67.11% lower electrical resistance. BaSO4 doped polypropylene should be preferred for thermally insulated concrete. Highest water resistance was achieved with the use of talc doped polypropylene.
Abstract The use of filler materials in industrial polymers is becoming increasingly widespread in order to overcome the disadvantages of polymers loss of strength. This study proposed a methodology to analyze the effect of filler-doped polymers on the concrete features. The results of the study showed that Barium Sulfate (BaSO4) doped polypropylene added concrete with 30% polymer/cement ratio has 51.03% lower thermal conductivity and 147.99% higher 28-day compressive strength than the reference concrete. It is determined that Calcium Carbonate doped polyethylene (CaPE) and glass fiber doped polypropylene (GFPP) gave the highest electrical resistance to the concrete.
Thermal, electrical and mechanical properties of filler-doped polymer concrete
Highlights Optimum filler doped polymer dosage was determined by Multi-Response Optimization. BaSO4 doped polypropylene provided 67.11% lower electrical resistance. BaSO4 doped polypropylene should be preferred for thermally insulated concrete. Highest water resistance was achieved with the use of talc doped polypropylene.
Abstract The use of filler materials in industrial polymers is becoming increasingly widespread in order to overcome the disadvantages of polymers loss of strength. This study proposed a methodology to analyze the effect of filler-doped polymers on the concrete features. The results of the study showed that Barium Sulfate (BaSO4) doped polypropylene added concrete with 30% polymer/cement ratio has 51.03% lower thermal conductivity and 147.99% higher 28-day compressive strength than the reference concrete. It is determined that Calcium Carbonate doped polyethylene (CaPE) and glass fiber doped polypropylene (GFPP) gave the highest electrical resistance to the concrete.
Thermal, electrical and mechanical properties of filler-doped polymer concrete
Küçük, Vedat Arda (Autor:in) / Çınar, Emriye (Autor:in) / Korucu, Haluk (Autor:in) / Şimşek, Barış (Autor:in) / Bilge Güvenç, Ali (Autor:in) / Uygunoğlu, Tayfun (Autor:in) / Kocakerim, Mehmet Muhtar (Autor:in)
Construction and Building Materials ; 226 ; 188-199
20.07.2019
12 pages
Aufsatz (Zeitschrift)
Elektronische Ressource
Englisch
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