Dr. Amro Owes Elsayed Owes

Tabs

Summary

Amro Owes Elsayed, Ph. D.

Amro Owes is an associate professor at mechanical and energy engineering department, college of engineering, Imam Abdulrahman Bin Faisal University. Amro has got his Ph.D. degree with distinction in the field of thermal energy storage in heat and thermodynamics department, faculty of power and aeronautical Engineering, Warsaw University of Technology (Poland) in 1995. He obtained his M.Sc. degree in mechanical power engineering at faculty of engineering, Zagazig University (Egypt) and holds a B.Sc. degree in mechanical power engineering at faculty of engineering, Alexandria University (Egypt). Also, he has obtained the consultant engineer title in refrigeration and air conditioning stations from Egyptian Syndicate of Engineers, (Consultant Number: 0301070) in 2003. He has designed and supervised the installation of central air conditioning stations and mechanical systems for many major projects in Egypt.

Dr. Amro is interested in the research fields of Thermal Energy Storage, Phase Change Materials, Refrigeration and Air Conditioning as well as Solar Energy. His current research area is improving the energy efficiency of air conditioners by using variable speed motors, Nano refrigerants, and smart switching between solar power system and conventional grid. He is also working in the field of thermoelectric generators performance enhancement. Dr. Amro was the coordinator of vice deanship of scientific research and higher studies, College of Engineering, Imam Abdulrahman Bin Faisal University during the period of May 2014 to May 2016. He has been selected by Marquis Who's Who for their official 2018 Albert Nelson Marquis Lifetime Achievement Award as a result of hard work and dedication of profession.

Publications

1- R. Domanski, and A. O. Elsayed “Effect of Geometry Dimensions on the Melting of Phase-Change Materials”, J. Archives of Thermodynamics, Vol. 14, No. 1-4, pp 117-129, 1993

2-A. O. Elsayed, R. Domanski, and M. Jaworski”An Experimental Study for the Melting of PCM Inside Concentric Horizontal Cylindrical Annuli”, 6th International Conference on Thermal Energy Storage, M. T. Kangas and P. D. Lund (eds.), pp. 503-511, Espoo-Finland, 1994

3- R. Domanski, A. O. Elsayed, and M. Jaworski "Melting Characteristics of PCM inside the Annulus Gap”, VI Letnia Szkola Termodynamiki, pp. 229-240, Kielce-Poland, 1-3 September 1994.

4- R. Domanski, A. O. Elsayed, M. Jaworski and M. Rebow “A Comparison of Calculated and Experimental Results for the Melting of PCM in Horizontal Cylindrical Annuli”. IX Sympozjum Wymiany Ciepla i Masy - Augustow 1995.

5- E. Z. Ibrahiem, A. O. Elsyed, E. S. Sayed Ahmed”Characteristics of Heat Flow from a Semi-Circular Pipe in Cross Flow”, 3rd Mansoura International Engineering Conference, pp. 77-88, 11-13 April, 2000

6- E. Z. Ibrahiem, A. O. Elsayed, E. S. Sayed Ahmed "A Study of Entropy Generation in a Single-Semi Circular Tube Heat Exchanger", 3rd Mansoura International Engineering Conference, pp. 7-14, 11-13 April, 2000

7- M. Rady, M. Moawed, E. Z. Ibrahiem, and A. O. Elsayed “An Experimental Study of Fluid Flow Characteristics around a Semi-Circular Tube” 10th Int. AMME Conference, pp.625-636, 14-16 May 2002.

8- E. Z. Ibrahiem, A. O. Elsayed, E. S. Sayed Ahmed, “Experimental Investigation of the Performance of a Cross Flow Heat Exchanger with Bundle of Circular Tubes” Mansoura Engineering Journal, Vol. 28, No 2, pp 95-110, 2003.

9- Amr O. Elsayed *, Emad Z. Ibrahim, Sayed A. Elsayed “Free Convection from a Constant Heat Flux Elliptic Tube” Energy Conversion and Management Journal, Vol. 44, pp 2445-2453, 2003

10- E. Z. Ibrahiem, A. O. Elsayed, and E. S. Sayed Ahmed “Experimental Study of Air Cooling and Dehumidification around Elliptic Tubes Bank in a Cross Flow Heat Exchanger” Bulletin of the Faculty of Engineering Minia University, June, 2005.

11- Amr O. Elsayed “Experimental Study on the Performance of Twisted Capillary Tube” 11th Int. Refrigeration and Air Conditioning at Purdue, 17-20 July, R117, 2006.

12- Khaled Meftah and Amr O. Elsayed "A Practical Method of Selecting Capillary Tubes for HCFC22 Alternatives" 11th Int. Refrigeration and Air Conditioning at Purdue, 17-20 July, R024, 2006.

13- Amr O. Elsayed “Numerical Study of Ice Melting inside Rectangular Capsule under Cyclic Temperature of Heat Transfer Fluid” Energy Conversion and Management Journal, Vol. 48, pp 124-130, 2007.

14 – Amr O. Elsayed and A. Hariri “Effect of Condenser Air Flow on the Performance of Split Air Conditioner” World Renewable Energy Congress 8-11 May 2011, Linköping, Sweden.

15- E. Z. Ibrahiem, A. O. Elsayed* " Heat Transfer Performance of Semi-Circular Tube Bank”, Heat Transfer Research Journal, 46(6), 563–576, 2015.

16- Amr Owes Elsayed, Numerical study on performance enhancement of solid–solid phase change materials by using multi-nanoparticles mixtures, Journal of Energy Storage, Vol. 4, 106-112, Dec. 2015.

17- Amr Owes Elsayed, Numerical investigation on PCM melting in triangular cylinders, Alexandria Engineering Journal, Vol. 57, 2819–2828, 2018.

19- Amr Owes Elsayed, Numerical investigation of heat transfer from multi-bulges pins, Case Studies in Thermal Engineering, 12, 636–643, 2018.

20- Amr Owes Elsayed, Management of Condenser Fan Speed and its Influence on the Split Air Conditioner Performance, Global Journal of Energy Technology Research Updates, 6, 41-48, 2019.

21- Amr Owes Elsayed, T.S. Kayed, Dynamic performance analysis of inverter-driven split air conditioner, International Journal of Refrigeration, 118, 443-452, 2020.

22- M. U. Siddiqui, Amr Owes*, F. G. Alamri and Farooq Saeed, Recent Developments in the Search for Alternatives Low-Global-Warming-Potential Refrigerants: A Review, International Journal of Air-Conditioning and Refrigeration, Vol. 28, No. 3, 2020.

23- Farooq Saeed, Kamran Z Ahmed, Amr Owes, Ion Paraschivoiu, Anti-icing hot air jet heat transfer augmentation employing inner channels, Advances in Mechanical Engineering 13(12), 2022.

Qualifications

Qualifications

Ph.D. degree, with distinction, in the field of Mechanical Power Engineering in February 1995 at Heat and Thermodynamics Dept., Faculty of Power and Aeronautical Engineering, Warsaw University of Technology (Poland). The doctoral thesis is entitled as “Experimental and Numerical Investigation of the Melting Phenomenon of Encapsulated PCM in Horizontal Cylindrical Annuli” M.Sc. degree in the field of Mechanical Power Engineering in April 1989 at Mechanical Design and Power Dept., Faculty of Engineering, Zagazig University. The master thesis is entitled as ” Performance of Cross Flow Water-Spray Humidifiers under Adiabatic and Non-Adiabatic Saturation Condition" B.Sc. in Mechanical Power Engineering, June 1981, with grade” Very Good” at Faculty of Engineering, Alexandria University.

Research

Area of Interest

Refrigeration and Air conditioning
Thermal Energy Storage
Heat Transfer
Solar Energy

Research Projects

1	Amr O. Elsayed, T.S. Kayed	Performance Characteristics of Split Air Conditioner Working with Nano-Refrigerant	Sep.,2014
2	Omar Aga, Amr O. Elsayed	Optimization of Ventilation Regimes and Indoor Air Quality in Surgical Operating Rooms	Nov.,2013
3	F. G. Alamri, M. U. Siddiqui and Amr Owes	Study of alternative refrigerant’s characteristics and their validity for the employment and use in Kingdom of Saudi Arabia.	May 2018

Dr. Amro Owes Elsayed Owes's CV

Social Media

Home

About Us

Colleges

College of Engineering

Research

University Hospitals

Tabs

Stay connected

Colleges

Research

Students

Website