1

Effect of Optimum Sand Content on Behavior of Concrete Mixes

Jordanian Conference of Civil Engineering.

1992

2

The Prediction of 28- day strength of concrete using the accelerated

strength test

Engg. & Technology

Journal, University of

Technology / Baghdad

No. 1&2 Vol. 15

1996

3

The Optimum Blending of

Aggregates in a Concrete Mix to

Maximize the Flexural Strength

Dirasat, Natural & Engineering Sciences.

No. 1 Vol. 23

1996

4

Utilization of Crushed Thermostone as Coarse Aggregate in Concrete

Tikrit Scientific Journal.

NO. 2 Vol.3

1996

5

Comparison of Splitting Tensile &

Flexural Strengths with the

Compressive Strength of

Lightweight Concrete with Coarse

Aggregate from Crushed Thermostone

Al-Rafidain Engineering, Mosul, Iraq.

Vol. 5 , No. 2

1997

6

Utilization of Crushed Stone as Coarse Aggregate in Concrete

Engineering. University of Mosul

Vol. 8 No. 1

2000

7

Study of Some Properties of

Concrete Containing Clay Pieces as Coarse Aggregate

Engg. & Technology Jour. University of Technology.

Vol. 23 , No. 10

2004

8

The Effect of Particle Size

Distribution ( psd ) Concept of

Coarse Aggregate on the Water

Demand of the Concrete Mix

Al-Rafidain Engg. Univ. of Mosul.

Vol. 15, No.2.

2007

9

Study of Some Properties of No –

Fines Concrete Using Local Materials

Kufa Journal of Engineering

Vol. 7,

No. 1

2016

10

Performance of Concrete Made with

Crushed Clay Bricks as Coarse Aggragate 

Journal of University of Duhok (JUD)

Vol. 20,

No. 1

2017

• Concrete Technology

Undergraduate Courses:

• Engineeirng drawing and descriptive geometry
• Mathematics
• Materials technology
• Concrete technology
• Engineering and Numerical analysis
• Ordinary differential equations

Postgraduate Courses:

• Advanced numerical analsysis
• Advanced concrete technology
• Concrete deformation

M.Sc. Students supervised (2)

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