Özet:

In coal-working thermal power plants, during burning, under the burning cabin, a micron (μm)-size base soil is called waste/yan product. Basic shells are also often used as additive material in shell and concrete, showing puzolanic characteristics due to the composition that is silic and aluminum. All of these waste is material that is harmful to the environment if left in nature and which is stored and/or removed and causes economic losses. The assessment of such waste in another sector, in a different product production, will bring great environmental and economic advantages. In this study, it is intended to explore the effects of granulated high oven curve and basin aside in certain proportions instead of sand used as a thin agrega in classical concrete production, these waste on the mechanical characteristics of concrete. Specifically, concrete’s stretching-shaped change behavior, the Elasticity Module, the stretchness and ultimately the pressure strength change are focused. A four-stage experimental program was followed. In the first stage, a series of experiments were conducted that included the characterization of all the materials to be used. In the second phase, the design of the reference concrete, the mixture to be prepared using the natural thin agrega was carried out. In the third phase, the basin seed and high oven curve, separately, were prepared, using concrete samples instead of fine agrega at a rate of 25, 50, 75 and 100%. In the fourth and last stage, the mechanical characteristics of the prepared samples were identified after the 7 and 28 days of standard water curve application. As a result, the effects of industrial waste/anabolic products such as granulated high oven curve and base sand, used as a thin aggregate in concrete design, on the mechanical characteristics of concrete, have been studied.

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