Morteza Tayebi

• Doctor of Philosophy
• Doctoral Researcher at Eindhoven University of Technology

This project was conducted with the main purposes of: 1) Geological Assessment and monitoring 2) Geophysical assessment using GPR 3) Photogrammetric Assessment

Replacing natural aggregate with recycled plastic has been a strategy to reduce pollution associated with conventional concrete production and disposal of plastic materials. Due to the possibility of structures subject to acid attacks, it is of value to check the resistance of concrete against these attacks. The present study evaluates the behavior...

Recycling polymeric waste in concretes to replace a portion of the stone aggregate volume can improve some of the mechanical features of concrete such as impact resistance, while also helping mitigate the associated environmental problems. Thus, this research was aimed at exploring the combined effect of nylon granules (0, 10, and 20%) as a replace...

Polymer wastes are categorized as highly recyclable materials from various aspects. An effective way to recycle these materials is to utilize them in the concrete industry to replace aggregates. Thus, the non-renewable natural resources are reserved, and the waste disposal problems are partly mitigated. This study investigates the flexural response...

Although using polymeric waste as a substitution for stone aggregate in concrete can greatly contribute to diminishing environmental issues, it leads to the degradation of many mechanical features of concrete. To approach this issue, using upgraded waste granules can improve these degraded features. Therefore, for the first time in this work, throu...

This study takes the advantage of ultrasonic pulse velocity (UPV) in characterizing the mechanical properties of steel fiber-reinforced concrete (SFRC) containing recycled nylon granule (NG) and natural zeolite. A total of 216 specimens were prepared with 0, 0.75, and 1.25% volume fractions of steel fiber; 0, 10, and 20% of sand volume replaced wit...