Thermal conductivity, abrasion resistance and compressive strength of end-of-life tire aggregate incorporated concrete

Recycling end-of-life tires is a global problem that requires an urgent solution. Storing and preserving these challenge delays facing potential problems instead of solving the problem. In this context, recycling waste without harming environment at low costs has been focus many researchers. For several decades, possibility grinding to aggregate size for concrete substituting them with natural subject research by scientists working in field. regard, study aims experimentally investigate influence rubber on some engineering properties concrete, such as ultrasonic pulse velocity-based quality assessment, abrasion resistance, thermal conductivity characteristics, mechanical performance, namely, compressive strength. Another significant side was establishing statistical relationship correlation between w/c ratio substitution level experimental outputs. The indicated decreased concretes' strength, but it improved characteristics resistance concretes manufactured study. On other hand, analysis revealed input parameters have meaningful effects concretes, there strong properties.