Assoc. Prof. Dr. MOHAMMED ALI MOSABERPANAH
Faculty of Engineering
E-mail
mmosaberpanah@ciu.edu.tr
Telephone number
+90 392 671 11 11
Extension
2458
Office
ST217
Other information
U.N. Sustaınable Development Goals
Affordable and Clean Energy
Industry, Innovation and Infrastructure
Sustainable Cities and Communities
Responsible Consumption and Production
Climate Action
CURRICULUM VITAE
Education
- Easter Mediterranean University, Famagusta Civil Engineering (PhD, 2016)
- Sciences and Researches University, Tehran Civil Engineering (Master, 2009)
- Azad University, Tehran Center Civil Engineering (Undergraduate, 2005)
Thesis Supervision
Master Thesis Supervised
- 9. AAMAR DANISH (2020). High-Performance Mortar Using Fly ash and Cenosphere Under Different Curing Regimes. - 2020
- 10. MUHAMMAD USAMA SALIM (2020). High-Performance Mortar Using Waste Glass Powder and Cenosphere Under Different Curing Regimes. - 2020
- 11. CHIGOZIRIM GOODNEWS (2020). Neural Network Classification of Asphalt Pavement Defects. - 2020
- 12. ADAN AHMED HASSAN (2020). Road Traffic Accidents and it’s impacts on Economic growth in Mogadishu - 2020
- 13. HEERSH OMAR FARAJ (2020). Analysis and Use of Recycled Waste Rubber Tire and Quarry Dust for Concrete Production - 2020
- 6. ABDULLAH SULTAN (2019). Administrative Problems of Asphalt Pavement Maintenance and Rehabilitations: A Case Study in Tripoli City of Libya - 2019
- 7. YUSUF HUSSEIN (2019). Causes and Effects of Traffic Congestion in Mogadishu, Somalia (Project Base). - 2019
- 8. MOHAMMAD ALTARAWNEH (2019). Multi Criteria Decision-Making toward Sustainable Pavement Management System Development. - 2019
- 4. ALI MINNAH (2018). Effect of Waste Glass Powder on Properties of Concrete. - 2018
- 5. AHMED ABDULLAH (2018). Micro-Paver Application for Evaluating Erbil Roads toward Pavement Management System. - 2018
- 1. ALA ALDEN YUONES (2017). Evaluation of Flexible Road Pavement Condition Index and Life Cycle Cost Analysis of Pavement: A Case Study in Libya. - 2017
- 2. SADIQ A.UMAR (2017). Utilizing Rice Husk Ash as Supplement to Cementitious Materials on Performance of Ultra High Performance Concrete – A review (Project Base). - 2017
- 3. ABDELRHMAN AKOUSH (2017). The Effect of Palm Fiber and Palm Kernel Ash on Concrete Properties - 2017
Projects
- Investigation on self-healing cracks in HPC using different mineral agents
- Study on crack of self-healing concrete under different seawater conditions
- Auto Pavement Crack Detection using Image Processing
Research Areas
- Construction Materials
- Transportation Engineering