Cinque Terre

Lec. Dr. Sajda S. Sabri

Faculty Member of Mechanical Engineering Dept.

University of technology-Iraq

عنوان البريد الإلكتروني هذا محمي من روبوتات السبام. يجب عليك تفعيل الجافاسكربت لرؤيته.

 Dec 2016-2020 Department of Mechanical Engineering and Energy Processes, SIUc, USA Ph.D.- Two phase flow Thesis title: Experimental and Mathematical Investigation of Enhancing Multiphase Flow in the Pipeline Systems  2002-2005 Engineering Educational Technology/ Mechanical Engineering and Technical Education Department, University of Technology, Baghdad/Iraq M.Sc.- Master of Science in Engineering, October 2005 Thesis Title: " Simulation of Trombe Wall Mix Convection plus Conduction "  1998-2002 Engineering Educational Technology/ Mechanical Engineering and Technical Education Department, University of Technology, Baghdad/Iraq B.Sc. - Mechanical Engineering Currently, She is a faculty member in the Department of Mechanical Engineering, University of Technology- Iraq. She authored and co-authored nearly 20 papers published in high ranking prestigious international journals and conferences. Her research fields focus on renewable energy, Heat Transfer IC engines, Solar Energy, Drag reduction in pipeline.

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PhD, Mechanical Engineering and Energy process, SIUc- USA, 2020. MSc, Mechanical Engineering, University of Technology- Iraq, 2005. BSc, Mechanical Engineering, University of Technology- Iraq, 2002.

renewable energy, Heat Transfer IC engines, Solar Energy, Drag reduction in pipeline, DRAs

1A novel dual feedwater circuit for a parabolic trough solar power plant


2. Effect of Rigid Xanthan Gums (RXGs) on Flow and Pressure Drops to Improve Drag Reduction Rates in Horizontal Pipe Flow


3. Thermal Performance Evaluation of a Tubular Heat Exchanger Fitted with Combined Basket–Twisted Tape Inserts


4. Effect of Glycolic Acid Ethoxylate Lauryl Ether (GAL) Surfactant Solutions among Low and High Concentrations on Drag Reduction to Progress Flow in the Pipeline Networks Using RDA


5. Turbulent Flow Improvement to Reduce Drag Force in the Pipeline Network Using PDRs


6. The Impact of Adding Titanium Oxide to Polyethylene Oxide to Improve Drag Reduction Percentage Using a Closed-Loop Recirculation System


7. Triple Solutions of Nanoparticle plus Polymer-Surfactant compound for Enhancing the Drag Reduction Using a Rotational Disk Apparatus


8. The Effect of Exhaust Gas Recirculation (EGR) on the Emission of a Single Cylinder Spark Ignition Engine


9. Practical investigation of the environmental hazards of idle time and speed of compression ignition engine fueled with Iraqi diesel fuel


10. Simulation and numerical investigation of effect air gap thickness on Trombe wall system


11. Economic Energy Consumption Using Trombe Wall Without Openings By Solar Radiation


12. SIMULATION OF TROMBE WALL IN BAGHDAD ATMOSPHERE


13. Book “visual basic”, DAR- Al-kitted& Al-wathaaq, Iraq, Baghdad No:729, 2012.


14. Experimental and Mathematical Investigation of Enhancing Multiphase Flow in the Pipeline Systems


15. Simulation of Trombe Wall Mix Convection plus Conduction



16. The Photo-Oxidation of CO from Ambient Air Using Catalytic Asphaltic Pave


BSc Level: Level 1: English Language Level 2: Measurements Level 3: Internal combustion engines design

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