In the next century, negative effects, such as an increase in temperature level, rise in sea level and decrease in forests and agricultural areas, are expected as a result of the harmful effects of global warming. The construction industry is among the main actors of global warming. Cement, the most used building material of the construction industry, is responsible for approximately 8% of CO 2 emissions worldwide. Reducing the amount of cement production and using alternative materials and wastes can contribute to reducing CO 2 emissions in the production of building materials. In this study, Alkali-Activated Mortar (AAM) mixtures which contain Ground Granulated Blast Furnace Slag (GGBFS) and Fly Ash (FA) were prepared. Recycled Asphalt Waste (RAW) is reduced to 0–4 mm size in order to use as fine aggregate in AAM mixes. Three different activation temperatures (40 °C, 80 °C and 120 °C) were applied for 18 h in order to examine the effect of activation temperature on the prepared AAM samples. After the application of activation temperature, the samples were kept in the standard curi
📖 افتح في inklap 🔗 DOI 📮 اطلب بحثاً