Staff Portal
Mohammed Hamoud Muhanna Shaher (Assistant Professor)

MSc in Concrete Design and Technology
Diroctor of Maintenance in Anbar University
Civil - Engineering
mhm1961mhm@uoanbar.edu.iq


Biography

Mohammed Hmood Mohana

MSc in Civil Engineering

Concrete Design and Technology

Lecturer in Civil Engineering

College of engineering

University of Anbar

Director of the Department of Maintenance and Services

Publication

  1_Time dependent behavior of composite beams with partial interaction for different types of shear connectors   

  2- Improving Strengths of Porcelains Aggregate Concrete by Adding Chopped Carbon Fibers   

  3-Assessment of concrete compressive strength by ultrasonic plus velocity test   

.  4-Evaluation the effect of some traffic characteristics on the safety performance of intersections4    

   5-Reinforced concrete confinement coefficient estimation using soft computing    

  6-Pomegranate peel as adsorbent material to remove zinc ions from aqueous mediu     
 
  7-The determination of ground granulated concrete compressive strength based machine learning models     

   8-Flexural behavior of one-way ferrocement slabs with fibrous cementitious matrices     

    9- The effect of the particle size of walnut shell on the properties of structural concrete          

  10-The effect of the particle size of walnut shell on the properties of structural concrete

   11-Splice Behavior in Glass Fiber-Reinforced Polymer- Reinforcement in High-Strength Concrete Beams

   12-State of Art: Lap-Spliced of Fiber-Reinforced Polymer-Reinforcing Bars in Concrete Beams     

   13- Performance  of  GFRP spliced re bares in Self- Compacting Concrete beams  using a new CFRP sheets strengthening technique

    14- The effectiveness of recycled glass powder in improving the properties of fiber mortar      

   15- Flexural behavior of one-way ferrocement slabs with fibrous cementitious matrices 

 

 

 

Lectures


No. Subjects Lectures Stage File Video
1 Construction Materials Syllabus + References First
2 Construction Materials Properties of Materials First
3 Construction Materials Bricks First
4 Construction Materials Gypsum First
5 Construction Materials Cement First
6 Construction Materials Insulating Materials First
7 Construction Materials Tiles First
8 Construction Materials Steel First
9 Construction Materials Building Stone First
10 Construction Materials Concrete blocks First
11 Construction Materials Water First
12 Technology of Concrete Portland Cement Second
13 Technology of Concrete Types of Cement Second
14 Technology of Concrete Concrete Aggregate Second
15 Technology of Concrete fresh concrete Second
16 Technology of Concrete Strength of concrete Second
17 Technology of Concrete Concrete Mix Design Second
18 Technology of Concrete Types of Concrete Second
19 Technology of Concrete Admixtures Second
20 Technology of Concrete Elasticity- Shrinkage-Creep Second
21 Technology of Concrete Durability Second
22 Technology of Concrete Non-Destructive Testing of Concrete Second

Academic certificates

BSc degree in Civil Engineering from University of Mosel , Iraq, in 1984

MSc degree in Civil Engineering from University of Anbar, Iraq, in 2008.

Supervision

1- Supervising the project "Assessment of Buildings as a Case Study" 
(Dean Building for Education College / Anbar University) for undergraduate students / fourth stage / 2019-2020

2- Supervising the project "Strengthening of Reinforced Concrete Beams Using Various Techniques" / fourth stage / 2025-2026

3-Supervising the Thesis Performance  of  GFRP spliced re bares in Self- Compacting Concrete beams  using a new CFRP sheets strengthening technique

Other

 

Discussion Committees:

Participation in the discussion committees for the following theses:

1- Strengthening of corrugated reinforced concrete beams using different types of self-compacting concrete.

2- Tensile behavior of slarry infiltrated fibrous concrete (SIFCON) mixtures.

3- Production, mechanical, and impact properties of hybrid fiber-reinforced rubberized self-compact concrete.

4- The effect of particle size of red brick waste on the flexural behavior of reinforced concrete beams.