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Prof. Mohamed AbdelHady Kamel Baumy

  • Faculty: Faculty of Education
  • Department: Department of Physics
  • General Specialization : physics
  • Specialization:
  • Degree: Emeritus Professor
  • Current Status: In Working
  • Official Email: mohamedkamel@edu.asu.edu.eg
  • Google Scholar: Google Scholar Link
  • Research Gate: Research Gate Link
  • Scopus: N/A
  • H-index: N/A
  • Orcid: N/A
  • Research Fields: Theoretical Physics, Laser, Solar energy
  • CV: Download CV

My Statistics


Scientifc Research
56

Citations
609

Awards
0

Research Citations Chart


Education

    • Bachelor
    • 1960
    • Master
    • 1968
    • preparatory
    • 1964
    • candedat
    • 1973

Career Progression

No Career Progress Was Found

Workshops

No Workshop Was Added

Conferences

No Conference Was Added

ASU Awards

No Prizes Were Found

Scientifc Research (56)

Research Title Year Citations
The stability of natural convection in an inclined fluid layer in the presence of a temperature gradient and an ac electric field 1997 1
The stability of natural convection in an inclined fluid layer in the presence of ac electric field 1996 6
Laser heating of a slab with temperature dependent absorptance in relation to the cooling conditions 1996 7
All. Union Conference on Modern Problems of Thermal Gravitational Convection All. Union Conference on Modern Problems of Thermal Gravitational Convection, 1971 1996
Heating effects induced by a pulsed laser in a semi-infinite target in view of the theory of linear systems 1996 31
Prikl. Math. Mekh. Prikl. Math. Mekh. 34, 700, 1970 1996
Fluid Dyn. Research Fluid Dyn. Research 6, 15, 1990 1996
Laser heating of a two-layer system with constant surface absorption: an exact solution 1995 102
Laser heating of a two-layer system with temperature dependent front surface absorptance 1995 11
Laser heating of a slab having temperature dependent surface absorptance 1994 4
A general problem of pulse laser heating of a slab 1993 35
Laser heating and melting of thin films with time‐dependent absorptance. II. An exact solution for time intervals greater than the transit time 1989 14
Laser heating and melting of thin films with time‐dependent absorptance: An exact solution for time intervals less than or equal to the transit time 1988 27
Analytic approach for melting and evaporation of a solid by a pulsed laser 1986 13
Estimation of the hourly solar irradiance on a horizontal surface 1986 15

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Nominated Awards

No Prizes Were Found

Scientific Achievements

No Scientific Achievements Were Found