RESUME

Prof. Dr. Hamdy M. Shafey

  1. MAME: - Shafey Hamdy Moawad

Last First Middle

  1. DATE AND PLACE OF BIRTH: 9/5/1944, Giza, EGYPT.
  2. SEX: Male
  3. CITIZENSHIP: Egyptian
  4. MARITAL STATUS: Married
  5. HOME ADDRESS: 40 b M. A. Makarem St., Assiut, EGYPT.
  6. POSITION: Professor of Heat Transfer
  7. INSTITUTE: AssiutUniversity, Assiut, EGYPT.
  8. PRESENT JOB AND ADDRESS: Professor of Heat Transfer at Department of Mechanical Engineering, Faculty of Engineering, Assiut University, Assiut, EGYPT.
  9. TELEPHONE: Home: 088-2086790, Office: 088-411135.
  10. E-MAIL: h_shafey @ aun.edu.eg
  11. MAJOR FIELD AND SPECIALITY: Mechanical Engineering, Heat Transfer and Advanced Energy Systems.
  12. ACADEMIC BACKGROUND:
  • Doctor of Engineering, Kyoto University, JAPAN, November, 1981, Thesis, "STUDIES ON RADIATIVE HEAT TRANSFER INDISPERSED MEDIA WITH APPLICATION TO PAINTED LAYERS."
  • M.SC. in Mechanical Engineering, Assiut University, EGYPT, April,1975,Thesis, "FREE CONVECTION FROM NONISOTHERMALHORIZONTAL CYLINDER."
  • B.Sc. in Mechanical Engineering, Cairo University, EGYPT, July, 1966.
  1. OCCUPATIONAL BACKGROUND
  • AssiutUniv., Faculty of Eng., Professor: 1995- Until now
  • AssiutUniv., Faculty of Eng., Associate Professor: 1987-1995
  • AssiutUniv., Faculty of Eng., Assistant Professor: 1982-1987
  • AssiutUniv., Faculty of Eng., Assistant Lecturer: 1975-1982
  • AssiutUniv., Faculty of Eng., Demonstrator: 1966-1975
  1. OVERSEAS / INTERNATIONAL EXCHANGE:
  • Ph. D. study at Kyoto Univ., JAPAN: 1976 - 1981
  • Teaching Professor and Head of Mechanical Engineering Department of Sana'a Univ., Sana'a,YEMEN: 1995– 2001.
  1. MEMBERSHIP AND REVIEWER ACTIVITIES:
  • Member and Reviewer of AIAA till 1987.
  • Member of Japan Society of Mechanical Engineers (JSME) till 1991.
  • Member of Japan Society of Energy and Resources till 1986.
  • Reviewer of ASME J. Heat Transfer till 1991.
  • Reviewer of ENERGY the Int. J., 2003.
  • Reviewer of J. EngineeringScienceof Faculty of Engineering, AssiutUniversity.
  • Reviewer of J. EngineeringScience of Ain-ShamsUniversity, (Faculty of Eng.), EGYPT.
  • Reviewer of Promotion Committees for University Professors and Associate

Professors in the Field of Thermal EngineeringEGYPT.

  1. KNOWLEDGE OF FOREIGN LANGUAGES

(Other than ARABIC): English (very good), Japanese (Fair)

  1. RESEARCH PROJECTS: Principal Investigator of Energy ResearchProject No. FRCU 830216 between AssiutUniv. and US Kansas StateUniversity, titled, "Clean Heat and Power Generation and Energy Saving UsingFluidized-Bed Technology", 1984 - 1989.

19REASEARCH FIELDS OF INTEREST

Thermal radiation properties of surface, Solar radiation, Solar ponds, Night sky radiative cooling, Fluidized-bed combustors, Soil heat and mass transfer, Solid waste management, Treatment of Al Production cell-gases for air-pollution control, Heat and mass transfer in the cooling system of the Sodium cooled FBR, Modeling of combustion and heat transfer in fluidized-bed coal combustors, Shaped-charge jets (Formation, elongation and penetration processes) simulation and numerical modeling, Physical modeling and simulation of air pollution in urban atmosphere,Mathematical modeling of agricultural fires beneath high voltage transmission lines, Modeling of agricultural fire spread and investigation of its environmental impact, Performance study of generator air coolers for the hydro-power plant at Aswan High Dam, and Mathematical modeling of CO2enrichment, capture and utilization in commercial greenhouses.

  1. SCIENTIFIC PUBLICATIONS:

The author or co-author of more than 46 papers published in InternationalJournals and Conferences. A list of these publications is attached.

  1. ENGINEERING EXPERTISE AND CONSULTATION:
  • Technical and economical feasibility study and specifications for Icemanufacturing plant, 1984, EGYPT
  • Evaluation of warming heaters for chicken farms, 198S, EGYPT.
  • Technical and economical comparative studies for municipal solid waste (MSW) management for AssiutCity, 1991 - 1995, EGYPT.
  • Design Calculations and economics of Waste Heat Recovery Boilers atCEMEX Cement manufacturing Plant at Assiut, EGYPT, 2003.
  1. TEACHING EXPERIENCES
  • Courses for undergraduate level:

Heat and mass transfer, Thermodynamics, Heat exchangers, Fluid mechanics, Engineering economy, Technical report writing, Design of industrial furnaces, Air conditioning and refrigeration, Numerical analysis and statistics, Introduction to Engineering, Mechanical engineering laboratories, Environmental Engineering, Energy systems.

  • Courses for graduate level:

Advanced heat transfer, Radaitive heat transfer in dispersed media, Fluidized-bed technology, Simulation and numerical modeling of multiphase flow, Solar heating and cooling, advanced course in heat transfer measurements, Design of heat exchangers.

  • Supervision of graduate projects:

Salt-gradient solar pond power plants, Studying and design of energy systems and refrigeration and air conditioning of a costal resort, Design of a MSF desalination plant, Cogeneration of clean heat and power by coal combustion using fluidized-bed technology, Design of a cooling tower for a petroleum refinery plant, Design, manufacturing and performance evaluation of fluidized-bed furnaces for industrial thermal processes, Incineration of refinery wastes using fluidized-bed technology, Design of thermal equipment of FBR nuclear power plant.

  1. TRAINING COURSES FOR CONTINUES ENGINEERING EDUCATION

Condensed training courses have been prepared and taught to engineers and technicians working inEgypt aluminum company,CEMEXcement company,Egyptian sugar manufacturing companies, and Assiut petroleum refinery. These courses covered topics of design and performance evaluation of heat exchangers, solar energy heating, cooling towers, heat transfer, environmental protection against air pollution,and technical report writing.

  1. SUPERVISION ON GRADUATION THESES

Supervisor or co-supervisor of more than thirteenPh. D. andM. Sc. theses in the fields of solar ponds, night cooling, radiative heat transfer in fluidized-bed combustors, treatment of aluminum production cell gases, heat and mass transfer in the cooling system of FBR sodium cooled nuclear reactor, effects of air pollutants and dispersion in urban atmospheres, analysis of fire-induced-flashover of high voltagetransmission line insulation, modeling of agricultural fire spread and investigation of its environmental impact, performance study of generator air coolers for the hydro-power plant at Aswan High Dam, mathematical modeling of CO2enrichment, capture and utilization in commercial greenhouses.

  1. COORDINATION OF SCIENTIFIC EXCHANGE PROGRAMS AND AGREEMENTS

Supervisor and coordinator of scientific agreement with Kyoto University, Japan through which scholarships for research and training are yearly offeredby Japan government to graduate students of Assiut University in the field of mechanical engineering. Within the course of these scholarshipsat least five of teaching staff members in the department of mechanical engineering of AssiutUniversity have got the Ph. D. degree from Japanin the period from 1982 to 1995.Also, the Supervisor and coordinator of scientific agreement with University of Manchester-Institute-England of Science and technology (UMIST) with Sana'a University-Yemen through whichmany of teaching staff members in the department of mechanical engineering of Sana'a University have got Ph. D. and M. Sc. degree.

  1. PUBLISHED TEXT BOOKS AND SCIENTIFIC NOTES

The author or co-author of the following published materials (in Arabic):

1-A text book on (Introduction to Engineering), 1998 and 2010.

2-A text book on basics of Engineering Economy, 2001.

3-Scientific note on technical report writing,2007.

4-Scientific note on solar energy heating, 1985.

“List of Publications”

  1. Kunitomo, T., Shafey, H. M., and Tramoto, T., "Theoretical Study on Radiative Properties of a Painted Layer Containing Spherical Pigment (Case of Normal Incidence)", Bulletin of the Japan Society of Mechanical Engineers, Vol. 22, No. 173, (1979), pp. 1587-1594.
  1. Shafey, H. M., and Kunitomo, T., "Theoretical Study on Radiative Properties ofan Optically Thick Painted Layer Containing Spherical Pigment (Case of Normal Incidence)", Bulletin of the Japan Society of Mechanical Engineers, Vol. 23, No. 182, (1980), pp. 1366-1373.
  1. Shafey, H. M., and Kunitomo, T. "Theoretical Study on Radiative Properties of a Painted Layer Containing Spherical Pigment (Cases of oblique and Hemispherical Incidences)", Bulletin of the Japan Society of Mechanical Engineers, Vol. 23, No. 185, (1980), pp. 1842-1848.
  1. Shafey, H. M., and Kunitonio, T., "Radiative Properties of a Painted Layer Containing Nonspherical Pigment", AIAA Progress in Astronautics and Aeronautics, Heat Transfer and Thermal Control, Edited by A. L. Crosbie, Vol. 78, New York, (1981), pp. 3-24.
  1. Shafey, H. M., and Kunitomo, T., "Theoretical Study on Radiative Properties of Doubly Painted Layers", Bulletin of the Japan Society of Mechanical Engineers, Vol. 25, No. 200, (1982), pp. 213-216.
  1. Shafey, H. M., Tsuboi, Y., Fujita, M., Makino, T., and Kunitomo. T. I., "Experimental Study on Spectral Reflective Properties of a Painted Layer", AIAA Journal, Vol. 20, No. 12, (1982), pp. 1747-1753.
  1. Hafiz, M. M., Shafey, H. M., Hafez, A.M., and Dongol, M., "Irradiation-Induced Photodarkening in As-Se-Cu Amorphous Films", Physical Status Solid (a), Vol. 78, No. 2, (1983), pp. 449-455.
  1. Kunitomo, T., Tsuboi, Y., Iwashita, S., and Shafey, H. M., "Theoretical Study on Spectrally Selective Paint Coatings", Solar World Congress, Edited by S. V. Szokolay, Vol. 3, Pergamon Press, (1983 ), pp. 1943-1947.
  1. Kunitomo, T., Fujita, M., and Shafey, H. M., "The Effect of Paint Coating on Heat Transfer ", Transaction of the Japan Society of Mechanical Engineers(B), Vol. 50, No. 451, (1984), pp. 839-844 (in Japanese).
  1. Shafey, H. M., "Prediction of Atmospheric Parameters for Spectral and Total Solar Irradiances", Energy Developments, Edited by Freed A. Curtis Pergamon press, Toronto, Proceedings of ENERGEX, 84, Regina, Canada, (1984(, pp. 387-392.
  1. Ismail, I. M., and Shafey, H. M., "Thermodynamic Analysis of a Salt-Gradient Stabilized Solar Pond", Proceedings of the First InternationalAlternative Energy Sources and Technology Conference, El-Mansoura-Egypt, April, 13-15, (1985), Vol. 1, pp. 195-205.
  1. Kunitomo. T., Tsuboi, Y., and Shafey, H. M., "Dependent Scattering and Dependent Absorption of Light in a Fine-Particle Dispersed Medium",Bulletin of the Japan Society of Mechanical Engineers, Vol. 28, No. 239, (1985), pp. 854-859.
  1. Shafey, H. M., "Thermal Radiation Properties of Liquid Sodium", Proceedings of the Second Conference on Optical Spectroscopy, Laser, and Their Applications, Cairo National Research Center, 3-6 November, (1985), pp. 340-348.
  1. Shafey, H. M., and Ismail, I. M., "Thermodynamics of the Conversion of Terrestrial Solar Radiation", Solar Energy Prospect in the Arab World Proceedings of the Second Arab International Solar Energy Conference Bahrain, 15-12 February, (1986), Edited by H. Alawi et. al., Pergamon Press, pp. 124-129.
  1. Shafey, H. M., Mahmoud. A. Kh., Morsy, M. G., and Ismail, I. M., "Performance of Small-Scale solar pond in Egypt", Proceedings of the International Symposium on Applications of Solar & Renewable energy, Edited by A. Mobarak and H. EL-Agamawi, 23-26 March, (1986), Cairo, Egypt.
  1. Abdel Shafi, N.Y., Taha, I. S. Huzayym, A. S., and Shafey, H. M., "Theoretical Model for Water Cooling by Radiation to Sky", Proceedings of the International Symposium on Applications of Solar & Renewable Energy, Edited by A. Mobarak and H. El-Agamawi, 23-26 March, (1986), Cairo, Egypt.
  1. Hamdy M. Shafey, (Egyptian Principal Investigator), and L.T. Fan (U.S.Counterpart Principal Investigator), "Clean Heat and Power Generation andEnergy Saving Using Fluidized-Bed Technology", Technical QuarterlyReports (1 st - 5 th), Foreign Relations Coordination Unit, SupremeCouncil of Universities, June 1984 - February 1987, Giza, Egypt.
  1. Shafey, H. M., and Morcos, V. H., "Design and Performance Analysis of a Solar Pond Power Plant", Heat Recovery Systems & CHP, Vol. 7, No. 6, (1987), pp. 481-496.
  1. Abdel Shafi, N. Y., Taha, I. S., Huzayyin, A. S., and Shafey, H. M., "Experimental and Parametric Study of Water Cooling By Radiation to Sky",Advances in Renewable Energy Sources, Edited by A. I. ElSharkawy, National Research Center, Cairo, Egypt, (1988), pp. 359-368.
  1. Shafey, H. M., and Huzayym. A. S., "Suitability of Waste Derived Fuels in Egypt for Fluidized-Bed Combustion", Proceedings of the First National Conference on Environmental Studies and Research, Edited by M. A. Tewfik, Cairo, Egypt, (1968), pp. 611-621.
  1. Hamdy M. Shafey (Egyptian Principle Investigator), and L.T. Fan(U.S.Counterpart Principle Investigator), "Clean Heat and Power Generation andEnergy Saving Using Fluidized Bed Technology", Technical Final Report, Foreign Relations Coordination Unit Supreme Council of Universities, Giza, Egypt, August, (1989).
  1. Shafey, H. M., Mahmoud, A. K., Ismail, I. M., and Morsy, M. G., "Performance of a Covered Small-Scale Solar Pond with a Planer Reflector", Solar and Wind Technology, Vol. 6, No. 6, (1989), pp. 691-697.
  1. Shafey, H. M., Taha , I. S, and Huzzayin, A. S., "Computer-Aided Simulation of a Fluidized-Bed Combustor", Analysis and Design of Energy Systems Computer-Aided Engineering, Edited by R. A. Bajura , C. H. Marston, and G. Tsatsaronis, ASME, New York, (1989), pp. 45-52.
  1. Shafey, H. M., and Ismail, I. N., "Thermodynamics of the Conversion of Solar Radiation", J. Solar Energy Engineering, Vol. 112, (1990), pp. 140-145.
  1. Shafey, H.M., Taha, I.S., "Experimental Study ona Bench-Scale Batch-TypeFluidized-Bed Combustor for Energy Production from Waste-Derived Fuels", Energy-The International Journal, Vol. 17, No.4, (1992),pp. 331-338.
  1. Shafey, H. M., Abd EL-ghany, A.M, and Nassib, A.M., "An Analysis of theConductive-Radiative Heat Transfer between a Surface and a Gas Fluidized-Bed at a High Temperature", Int.J. Heat Mass Transfer, Vol. 36, No.9, (1993), pp. 2281-2292.
  1. Shafey, H. M., Morcos, V. H., and Sebaie, M.G., "Management of Municipal Solid waste by Recycling for Beneficial Use and/or Sanitary Landfill in Assiut. Egypt", Proceeding of the Ninth at tile Ninth International Conference on Solid Waste Management, Philadelphia, PA U. S. A., Nov. 14-17, (1993).
  1. V. H. Morcos, and Hamdy M. Shafey, "Performance Analysis of a Plastic Shell-and-Tube Heat Exchanger", Proceedings of the International Symposium on Turbulence, Heat and Mass Transfer, Lishbon, Portugal, Aug. 9-12,(1994) ,PII .10. 1-6.
  1. Hamdy M. Shafey, "Experimental Study of Thermal Energy Storage in Fluidized-Bed", Advances in Energy Development & Environment, Editor: Abdullatif El-Sharkawy, Cairo, Vol. 2, (1994), pp. 477-485.
  1. Hamdy M. Shafey, and I. N. Nassar, "Soil Heat and Water Transfer with a Sand Mulch", Advances in Energy, Development & Environment, Editor: Abdullatif El-Sharkawy, Cairo, Vol. 2, (1994), pp. 539-551.
  1. Hamdy M. Shafey, M. A. Doheim, M. S. Ahmad, and A. A. Abdullatif, "Tar Removal for Aluminum-Cell Gases by Fluidized-Bed Combustion", Advances in Energy, Development & Environment, Editor: Abdullatif El-Sharkawy, Cairo, Vol. 2, (1994), pp. 989-1001.
  1. Hamdy M. Shafey, "Investigation of Grid Region Enhancement of Heat and Mass Transfer in a Fluidized-Bed Combustor", Bulletin of the Faculty of Engineering. Assiut University, Vol. 23, No. l, Jan., (1995), pp. 51-66.
  1. M. A. Doheim, M. Salem, H. M. Shafey, and A. A. Abdullatif, "Dry Cleaning of Al-Cell Gases by Fluidized-bed Adsorption of HF", Advances in Energy & Environment, Editor: Abdullatif El-Sharkawy, Cairo, Vol. 2, (1996), pp. 623-634.
  1. Hamdy M. Shafey, I. M. Hassaballah, and Y.Y. El- Aany, "Study on the IntegratedPerspective of Engineering Training (Model for Training System of Sana'aUniversity Students)", Proceedings of the Third Arab Symposium on TrainingExchange Programs Between Arab Universities, Sana'a, Yemen, Feb. 25-27, (1997), pp l-26., (In Arabic).
  1. I. N. Nassar, Hamdy. M. Shafey, and Rebert Horton, "Heat, Water and Solute Transfer in Unsaturated Porous Media: II-Compacted Soil Beneath Plastic Cover", J. Transport in Porous Media, Vol. 27, (1997), pp. 39-55.
  1. Hamdy M. Shafey, and Mohammed A. Al-Shagdhari, "Evaluation of Experience with Solar Thermal Technologies for Energy use in Yemen", J. Science & Technology, the College of Science and Engineering, the University of Science & Technology, Vol. 4, No. 2, (1999), pp. 12-35, (in Arabic).
  1. H. Shafey, M., Doheim, M., Al-Shaghdari, M. Ahmed, and A. Abdellatif, "Experimental Study on Treatment of Aluminum-Cell Gases for Pollution Control using Fluidized-Bed Technology", J. Material and Manufacturing Processes, Vol. 16, No. 5, (2001 ), pp. 655-671.
  1. M. A. Al-Shaghdari, and Hamdy M. Shafey, "Investigation of a Complete Realistic Model for Fluidized-Bed Coal Combustor", Proceeding of Second International Conference on Energy Research & Development (ICERD-2), Vol. II, State of Kuwait, April 8-10, (2002), pp. 615-629.
  1. M. A. Al-Shaghdari, and Hamdy M. Shafey, "Design and Simulation for Combustion of Petroleum refineries Wastes using Fluidized-Bed Technology",Presented at the Second Conference of Gas and Oil in Yemen, June, (2002).
  1. Hamdy M. Shafey, Hamoud A. Al-Nehari, and Nabil Y. Abdel Shafy, "Modeling of the Heat and Mass Transfer through the Cover Gas of a Sodium-Cooled Fast Reactor", Cairo 9th International Conference on Energy & Environment, Cairo, Sharm, Egypt, March, 13-17, (2005).
  1. Al-Nehari, H. A., Abdel-Rahman, A. K., Nassib, A. M., and Shafey, H. M., “Design and Construction of a Wind Tunnel for Environmental Flow Studies”, J. of Engineering Sciences, Assiut University, Vol. 38, No. 1,2010, pp. 177-193.
  1. Al-Nehari, H. A., Abdel-Rahman, A. K., Shafey, H. M., and Nassib, A. M., “Characterization of the Low-Speed Wind Tunnel Simulating of Urban Atmospheres”, J. of Engineering Sciences, Assiut University, Vol. 38, No. 2,2010, pp. 509-532.
  1. Emad H. El-Zohri, Hamdy M. Shafey, M. Abdel-Salam, and A. Ahmed, “Mathematical modeling of agricultural fires beneath high voltage transmission lines”, ENERGY, the International Journal,Vol. 36, No. 2,2011, pp. 385-396.
  1. Emad H. El-Zohri, M. Abdel-Salam, Hamdy M. Shafey,and A. Ahmed, “Mathematical modeling of flashover mechanism due to agricultural fires beneath high voltage transmission lines”, International Journal of Electric Power System Research, Vol. 40, No. 2,2012, pp. 274-286.
  1. Kahoul, A., Shafey, H. M., and Abdel-Rahman, A. K., “Performance Study of Generator Air Coolers for the Hydro-Power Plant at Aswan High Dam”, J. of Engineering Sciences, Assiut University, Vol. 41, No. 3,May 2013, pp. 1054-1077.
  1. Effat, M. B., Shafey, H. M., and Nassib, A. M., “Mathematical Modeling of CO2 Enrichment, Capture and Utilization in CommercialGreenhouses”, ICCE the International Conference on Clean Energy, Ottawa, Canada, September, 9-11, (2013).

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