مواقع التدريسيينجامعة الكوفة
0Publications
0Lectures
0Interests

About

Professor Dr. Mohammed S. Shamkhi
Professor of Water Resources Engineering

Personal Information
• Full Name: Mohammed S. Shamkhi (Mohammed S. Shamkhi)
• Academic Title: Professor
• Current Affiliation: University of Kufa, Faculty of Engineering, Department of Structures and Water Resources
• Previous Affiliation: University of Wasit, Faculty of Engineering, Department of Civil Engineering (2007–2023)
• Official Email: [email protected]
• Country: Iraq
• ORCID iD: 0000-0002-3591-7404

Academic Qualifications
• Ph.D. in Water Resources Engineering – University of Basra, Iraq
• M.Sc. in Water Resources Engineering – University of Technology, Baghdad, Iraq
• B.Sc. in Civil Engineering – University of Mosul, Iraq

Academic and Administrative Career
• Faculty Member – University of Kufa, Faculty of Engineering, Department of Structures and Water Resources (2023 – Present)
• Faculty Member – University of Wasit, Faculty of Engineering, Department of Civil Engineering (2007 – 2023)
• Head of Department of Civil Engineering – Faculty of Engineering, University of Wasit (Formerly)

Research Interests
Research interests are focused on the fields of Water Resources Engineering and Hydraulics, including:
• Hydraulics: Study of flow characteristics in rivers, estimation of roughness coefficient (Manning), numerical modeling of hydraulic structures (weirs, spillways) using computational fluid dynamics (CFD), stage-discharge relationships
• Groundwater Resources: Assessment and modeling of groundwater flow using GMS and MODFLOW software, estimation of groundwater recharge using the WetSpass model
• Hydrology and Watershed Management: Morphological characteristics of watersheds, application of GIS and remote sensing techniques in hydrological analysis, surface runoff estimation
• Soil Properties: Soil texture distribution, hydrological soil groups
• Irrigation and Drainage Engineering: Improvement of hydraulic characteristics of canals
• Stormwater Drainage Network Assessment: Performance evaluation of stormwater drainage networks using the SWMM model

Scientific Publications
Professor Dr. Mohammed S. Shamkhi has published more than 80 research works, including articles in peer-reviewed scientific journals and papers in international conference proceedings. Selected publications include:
Peer-Reviewed Journal Articles:
• Assessment of Groundwater Flow for the Western Side of Al-Kut City, Southern Iraq (Iraqi Geological Journal, 2023)
• Assessment of Groundwater Recharge Potential Depending on Morphologic Analysis in East of Wasit, Southeastern Iraq (Iraqi Geological Journal, 2021)
• Estimation of Spatial Groundwater Recharge Using WetSpass Model For East Wasit Province, Iraq (Wasit Journal of Engineering Sciences, 2021)
• Soil Texture Distribution for East Wasit Province, Iraq (IOP Conference Series: Earth and Environmental Science, 2022)
• A comparative study of different coagulants used in treatment of turbid water (Open Engineering, 2022)
• Deriving rainfall intensity–duration–frequency (IDF) curves and testing the best distribution using EasyFit software 5.5 for Kut city, Iraq (Open Engineering, 2022)
• Stage-Discharge Relationships of Broad Crested Weir for Submerged Flow Condition Utilizing Incomplete Self-Similarity (ISS) Technique (Wasit Journal of Engineering Sciences, 2022)
Conference Proceedings:
• Numerical modeling of holes on stepped weir for energy dissipation (AIP Conference Proceedings, 2025)
• Evaluation of the rain water network in wasit governorate/Kut city and the commercial center of the region as a dual network (rain and sewage) (AIP Conference Proceedings, 2023)
• RETRACTED: Improvement of hydraulic characteristics for Dujila canal (AIP Conference Proceedings, 2023)
• Morphologic and Engineering Characteristics of Watersheds (A Case Study: East Wasit Watersheds that Feed the Al-Shewicha Trough-Iraq) (IOP Conference Series: Materials Science and Engineering, 2020)
• Determination of Watershed Characteristics Using GIS Technique (AL-Adhaim Watershed in Iraq) (International Conference on Developments in eSystems Engineering, 2019)

Languages
• Arabic – Native language
• English – Scientific publication and academic communication

Research Interests

3

Publications

1
2018

Hydro-abrasive resistance of engineered cementitious composites with PP and PVA fibers‏

AuthorsSallal R. Abid, MS Shamkhi, NS Mahdi, YH Daek ‏
JournalConstruction and Building Materials
Date2018-10-30
Abstract

The abrasion resistance of engineered cementitious composites (ECC) under the impact effect of water and waterborne erodent materials was experimentally investigated in this research. The abrasion tests were conducted using the water jet method with graded sand used as the erodent material and square ECC plate specimens with 200 mm side length and 50 mm thickness. Fixed basic ECC mixture was adopted for all test specimens but with variable fiber type and fiber content. PP and PVA fibers were used with four volumetric contents of 0.5, 1.0, 1.5, and 2.0%, in addition to similar specimens without fiber. The variables that were investigated using the PP and PVA-based ECC were the fiber content and the age. The effect of the inclination of the specimens with respect to the water jet was investigated using PP-based ECC only. The test results showed that both types of fiber enhanced the abrasion resistance and decreased the abraded weight. The percentage abrasion resistance enhancement was higher for specimens incorporating higher fiber contents. The test results also showed that the abrasion weight loss decreased as the inclination of the exposed surface with horizon increased.

Lectures

10

Chapter one

Advanced Fluid Mechanics

Chapter two-1

Advanced Fluid Mechanics

Chapter two-2

Advanced Fluid Mechanics

Chapter three

Advanced Fluid Mechanics

Chapter four

Advanced Fluid Mechanics

Chapter five-1

Advanced Fluid Mechanics

Chapter five-2

Advanced Fluid Mechanics

Chapter six

Advanced Fluid Mechanics

Chapter seven-1

Advanced Fluid Mechanics

Chapter seven-2

Advanced Fluid Mechanics

View details