Dr. Mohamed Badr Saad Farghaly

Contact Information
Phone Number: 084 6337580 / 084 6337588
Fax Number: 084 6334031
E-mail Address: mbs12@fayoum.edu.eg
Office:
Postal Address: Fayoum - Fayoum University - Faculty of Engineering - Mechanical Department - POBox: 63514

Academic Qualifications

B. Sc.: Aerospace Engineering, Faculty of Engineering -Cairo University, 2006.

M. Sc.: Aerospace Engineering, Faculty of Engineering -Cairo University, 2012.

Ph. D.: Aerospace Engineering, Faculty of Engineering -Cairo University, 2017.

Academic Positions

Demonstrator: 2006 : 2012 - Egyptian Aviation Academy

Assistant Lecturer: 2012 : 2017 - Egyptian Aviation Academy

Assistant Lecturer: 2017 : 2018 - Faculty of Navigation Science and Space Technology, Beni-Suef University.

Assistant Lecturer: From 2017 To 2018

Lecturer: From 2018 To 2024

Assistant professor: From 2024 Until Now

Thesis

EROSION OF PROPELLER BLADES FOR TURBOPROP ENGINES

NUMERICAL AND EXPERIMENTAL INVESTIGATIONS OF A DIFFUSER AUGMENTED WIND TURBINE PERFORMANCE

Research Interests

Renewable Energy Resources.

Propeller, Jet and Rocket Engines.

Unmanned Aerial Vehicle (UAV’s).

Space dynamics and satellites.

Computational Fluid Dynamics (CFD).

Fluid Mechanics, Thermodynamics and Heat Transfer.

Publications

Mohamed B. Farghaly, Ahmed F. Elsayed, and Galal S Bahgat “Numerical Simulation of the Aerodynamic Behavior of Propeller Blades at Subsonic Conditions” ICFD11-EG-4064,11th International Conference of Fluid Dynamics, December 19-21, 2013, Alexandria, Egypt.

Mohamed B. Farghaly, Ahmed F. Elsayed, and Galal S Bahgat “Effect of Erodent Particle Initial Velocity on the Erosion of Propeller Blades for Turboprop Engines” ICFD11-EG-4065,11th International Conference of Fluid Dynamics, December 19-21, 2013, Alexandria, Egypt.

Mohamed B. Farghaly, Ahmed F. Elsayed, and Galal S Bahgat “Effect of Erodent Particle Diameter on the Erosion of Propeller Blades for Turboprop Engines” AEIC-AVE-15-11,1st Aviation Engineering Innovations Conference, 21-22 March 2015, Luxor, Egypt.

Mohamed B. Farghaly, Galal B. Salem, Farouk Mohamed Owis, “Study of the Effect of Diffuser Geometry on Wind Speed Behavior of Flanged Diffuser Using CFD”. ISSN 1687-1340, Volume No. (31), January 2017, ERJ 3.

Mohamed B. Farghaly, Galal B. Salem, Farouk Mohamed Owis, “Computational Analysis of Performance Characteristics for Diffuser Augmented Wind Turbine”. ISSN 1687-1340, Volume No. (31), January 2017, ERJ 4.

Low Speed Wind Tunnel Design and Optimization Using Computational Techniques

Theoretical and numerical analysis of vortex bladeless wind turbines

Study the effect of trailing edge flap deflection on horizontal axis wind turbine performance using computational investigation

High bypass turbofan engine and anti-icing system performance: Mass flow rate of Anti-icing bleed air system effect

Aerodynamic Performance Enhancement of a Heavy Trucks Using Experimental and Computational Investigation

Study the Effect of Winglet Height Length on the Aerodynamic Performance of Horizontal Axis Wind Turbines Using Computational Investigation

Experimental Study of Simultaneous Effect of Evacuated Tube Collectors Coupled with Parabolic Reflectors on Traditional Single Slope Solar Still Efficiency

Machine Learning and IoT Trends for Intelligent Prediction of Aircraft Wing Anti-Icing System Temperature

Technical experience

Basic Course for Aeronautical Engineers (Airframe/Power plant).

Human Factors Course in Aircraft Maintenance Engineering.

C-130 airframe maintenance, Maintenance and repair of aircraft structure and NDI. (Non-Destructive Inspection) in EAF – HELWAN BASE – Transport and Helicopter Aircraft Overall Facility.

Maintenance and Repair of C-130 aircraft Engine (Allison-T56) in EAF - HELWAN BASE - Transport and Helicopter Aircraft Overall Facility.

Maintenance, Repair and Overhaul of aircraft jet Engines (F100, F110, R-13, WP-7B) in EAF - HELWAN BASE - Aircraft Engine Overall Facility.

Many NDI. (Non-Destructive Inspection) Instruments like. Visual Inspection, Eddy Current, Ultra-sonic devices, X-Ray devices, Penetrate method for Aircraft jet Engines) in EAF - HELWAN BASE - Aircraft Engine Overall Facility.

F100 Maintenance Awareness from Pratt & Whitney Department Engines.

Planning & Scheduling Officer ensuring efficiency and timeliness during all phases of overhaul for the F100 -220/220E EAF (Egyptian Air Force) HELWAN BASE - Aircraft Engine Overall Facility from Pratt & Whitney Department Engines.

License without Type rating for Aeronautical Engineers (Airframe/Power plant).