Ass.Prof. Dr. Zainab H. Naji received the Ph.D. in Air-conditioning &Refrigeration, M.Sc. in Fluid Dynamics, and B.Sc. in General Mechanical engineering from Mechanical Engineering Department in University of Technology- Iraq. Currently, she is a faculty member in the Department of Mechanical Engineering, University of Technology- Iraq. Also, her membership in Iraqi engineering union since 1993. She supervisor of many under and posted graduated students.

Google Scholar Profile

Researcgate Profile

Web of Science Profile

ORCID iD

scopus

PhD, Mechanical Engineering, University of Technology- Iraq, 2007.

MSc, Mechanical Engineering, University of Technology- Iraq, 2000.

BSc, Mechanical Engineering, University of Technology- Iraq, 1993.

Renewable energy, heat transfer, air-conditioning and refrigeration, and solar Energy.

1. Zainab H. Naji. "Comparison of Ice Growth Around Circular Tubes and Elliptical Tubes For Two-Phase Problem in A Phase- Change Material Storage", Gulf University Journal, Vol. 3 – Eng. Div. / No. 1/ 2011.

2.Zainab H. Naji.,Abd Aljbar Juaier "Numerical Study Of The Influence Of Vortex Generator On Flow Structure And Heat Transfer Around A Cube Mounted In A Channel", Babylon University Journal,2012.

3.Zainab H. Naji.,Zainab Hassan,"Experimental Investigation Of Using Evaporative Air Cooler For Winter Air-Conditioning in Baghdad",Al Khurazmi Journal ,2012.

4. Zainab H. Naji. "Modeling the behavior of frost growth on finned tube heat exchanger", Eng. & Technology Journal, 2013.".

5. Zainab H. Naji ; Khalid Ibraim. “Modeling and testing of frost growth on low temperature display case evaporator”, International Journal of Engineering research &technology, Vol. 4,Issue 07, July-2015.".

6. Zainab H. Naji ;Dheya Ghanim.; Ahmed A.Shewka. “Effect of using double loop elliptical condenser on the performance of vapor compression refrigeration system (VCRS)”, Advances in Natural and Applied Sciences, Vol. 10, No.14, September 2016.".

7. Mohsin, M.I. ; Naji, Z.H. ; Abaas, A.A. “Optimum Configuration of Cooling Tower-Overhead Wind Turbine for an Energy Recovery System” Advances in Natural and Applied Sciences, Vol. 11, No. 3, March 2017.

8. Mohsin, M.I. ; Naji, Z.H. ; Abaas, A.A. “Effect of Wind Turbine on the Performance of Cooling Tower of an Energy Recovery System”, Applied Sciences Research, Vol. 13 , No. 4, April 2017.

9. Anwar S.Barrak, Ahmed A.M.Saleh, Zainab H.Naji,"Experimental and numerical simulation for thermal investigation of oscillating heat pipe using VOF model", Eng. & Technology Journal,2020.

10. Anwar S.Barrak, Ahmed A.M.Saleh, Zainab H.Naji," An experimental study of using water, methanol, and binary fluids in oscillating heat pipe heat exchanger ",Engineering Science and Technology, and International Journal,16 May,2019.

11. Anwar S.Barrak, Ahmed A.M.Saleh, Zainab H.Naji,"Energy saving of air conditioning system by oscillating heat pipe heat recovery using binary fluid", The 4th Scientific international conference, IEE Iraqi section April .29-30-2019 Najaf-Iraq.

12. Anwar S.Barrak, Ahmed A.M.Saleh, Zainab H.Naji," A Heat recovery device using oscillating heat pipe with circular and elliptical tubes", international Journal of automotive and mechanical engineering(IJAME),Vol.18.ISSUE 1,8442-8453,2021.

13. Zainab H. Naji, Mohammed Fowzi M, Maryam Ali A. Ameer"Heat Transfer Analysis of Modified Solar Collector Plate with Mini-Channel" Journal of University of Babylon for Engineering Sciences, Vol. (26), No. (7): 2018.

14. Zainab H. Naji, Mohammed Fowzi M, Maryam Ali A. Ameer" Experimental Study of Solar Collector Performance with Serpentine Mini-Channel", Journal of University of Babylon for Engineering Sciences, Vol. (26), No. (6): 2018.

15.Zainab H. Naji, Khalid Ibraim,"Modeling and testing of frost growth on low temperature display case evaporator", International Journal of Engineering research &technology, volume 4, Issue07,2015.

16. Zainab H. Naji, Mohammed Fowzi," Optimum Hydraulic Diameter of Mini-Channel Absorber Collector in Thermal Performance". Lecture Notes in Mechanical Engineering, 2023, pp. 375–385

17. Mola, A.H., Abdul Wahhab, H.A., Naji, Z.H.," Effects of Nozzle Diameter and Number of Carbon Atoms in Fuel on Flame Quenching in Counter Burner",Lecture Notes in Mechanical Engineering, 2023, pp. 123–131.

For MSc Level:

Exergy , Heat transfer.

For BSc Level:

Level 2: Mechanical Engineering, Thermodynamic

Level 4: Air-conditioning and refrigeration.

Many certificates of appreciation from the Minister of Higher Education and the President of the University of Technology.