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Bachelor in Mechanical Engineering, Faculty of Engineering, University of Baghdad in 2000, holds a diploma degree in Power, technical college Baghdad, Central Technical University in 2008, holds a master's degree in laser applications in mechanical engineering, industrial and engineering applications, Institute of Laser for Postgraduate Studies, University of Baghdad in 2011, PhD in Laser Applications in Mechanical Engineering, Industrial and Engineering Applications Branch, Institute of Laser  for Post  Graduate Studies, University of Baghdad, 2015. He worked in Al-Nedaa Company for the design and manufacture of mechanical molds for the period from 2000 to 2003. He has seven publications. His research interests focus on welding, laser applications in mechanical engineering (welding, perforation, cutting, surface heat treatment).                                                                                                                                     


 

 

Dept.

Day

Subject

Class

Time

 

Material

Monday

Materials Technology (Welding),

Third

11:30 – 8:30

Material

Wednesday

Engineering Workshop

First

11:30 – 8:30

Material

Wednesday

Engineering Project

Fourth

11:30-1:30

Material

Thursday

Materials Technology (Welding) Lab.

Third

10:30-12:30

Mechanical

Thursday

Engineering Project

Fourth

8:30-10:30

 

 

Lectures :

 

Lecture title

Lecture no.

Class

Dept.

Introduction –joining

1

Third

Material

Welding process classification

2

 

 

Welding process classification- welding versus other manufacturing  processes

3

 

 

Power density and welding process

4

 

 

Physics of electrical  arc welding

5

 

 

Physics of electrical  arc welding

6

 

 

Physics of electrical  arc welding

7

 

 

Electrical  arc welding power source

8

 

 

Shielded metal arc welding process

9

 

 

Submerged arc welding process

10

 

 

Gas tungsten arc welding process

11

 

 

Gas tungsten arc welding process

12

 

 

Plasma arc welding process

13

 

 

Metal inert gas welding process

14

 

 

Heat flow in welding

15

 

 

Heat flow in welding

16

 

 

Residual stresses in weld joints

17

 

 

Design of welded joints

18

 

 

Design of welded joints i

19

 

 

Design of welded joints

20

 

 

Inspection and testing of weld joint

21

 

 

Inspection and testing of weld joint

22

 

 

Solidification of weld metal

23

 

 

Chemical reaction in welds

24

 

 

Weldability of metals – steel

25

 

 

Weldability of metals – aluminum

26

 

 

Failure analysis and prevention: fundamental causes of failure

27

 

 

General procedure of failure analysis

28

 

 

General procedure of failure analysis

29

 

 

 

Publications:

Resarch

No.

Research Title

Year of Publication

1

Abeer Ahmed Shehab, et al. " Temperature Distribution Simulation for Pulsed Laser   .    Spot Welding of Dissimilar Stainless Steel AISI302 to Low Carbon Steel AISI1008 ",    Advanced Materials Research Vol.445 (2012), pp 412-417.

2012

2

Abeer Ahmed Shehab, et al. "Building A Simulation Model for Prediction of The.                                  Temperature Distribution in Pulsed Laser Spot Welding of Dissimilar Low Carbon S    teel 1020 to Aluminum Alloy 6061", American Institute of Physics( 2011), pp. 1425 .    1430.

2011

3

Abeer Ahmed Shehab, et al. "Computational and Experimental Investigation For Weld Bead Dimensions Pulsed Laser Spot Welding of Dissimilar Stainless Steel AISI302 to Low Carbon Steel AISI1008", Machines Technologies Materials Vol.2(2012),pp7-15

2012

4

Abeer Ahmed Shehab, et al. " Spot Welding of Dissimilar Metals Using an Automated    N d: YAG Laser System" Iraqi Journal of Laser, Part A, Vol.11(2012), pp. 1-5.

2012

5

Abeer Ahmed Shehab, et al. "Pulsed Nd:YAG Laser Dissimilar Welding of Grade 2 , Titanium Alloy to 3105Aluminum Alloy Using AlSi5 Filler Metal" International Journal of Enhanced Research in Science Technology Engineering Vol. 4 Issue 4, April-2015, pp: (243-252).

2015

6

Abeer Ahmed Shehab, et al. . " Temperature Distribution Simulation for Pulsed Laser Spot Welding of Dissimilar Stainless Steel AISI302 to Low Carbon Steel AISI1008 "Research and Development in Mechanical Engineering, Production  and Metallurgical Engineering, A 891 Maschinenbau ( 2012),pp117-122.

2012