Resume
Publications
Citations
Researcher
ORCID: https://orcid.org/0
ResearcherID: https://www.researchgate.net/profile/Kamal_Mohamme
Université
Bougara
Professor (Full) at M'Hamed Bougara University, Boumerdes, Algeria
Unité de Recherche Matériaux Procédés et Environnement 'URMPE)
0 Connection
Citations
806 / 1,566
Contact Info
Resume
Publications
Citations
About
Head of the Modelling and simulation MESO division at URMPE research unit, M Bougara University, our main research topics are on Renewable Energy, Multiphase Flows/CMFD and Modelling, Simulation, Optimization of Alternative and Sustainable Systems. I teach Multiphase Flows, Numerical Methods and Renewable Energy (Solar Thermal, HRES,...) since 1993.
Research Interests
Renewable Energy, Sustainable Development, Desalination, CMFD, Decision Making
Professional Skills
Computational Fluid Dynamics
Mechanical Engineering
Power Generation
Engineering Thermodynamics
Renewable Energy Technologies
Power Systems Simulation
Modeling and Simulation
Multiphase Flows and Interface Tracking
Climate Change Mitigation
Desalination with Renewable Energy
Solar Thermal Technologies
Metrics Overview
Publications
137
Since 2002
Citations
806 / 1,566
Worldwide
Avg. Citations
11
Per publication
G-Index
11
In past 5 years
Research Experience
Professor (Full)
University M'Hamed Bougara of Boumerdes|March 2010 - Present
Lecturer-Researcher
University M'Hamed Bougara of Boumerdes|February 1993 - December 2010
Education
Institut National des Sciences Appliquées de Lyon
1987 - 1992
Doctoral Degree , Chemical and Environmental Engineering

In distillation under reduced pressure, the direct contact gas-liquid contactors with bulk packing, make it possible to separate the constituents of corrosive mixtures and also to recover hazard products that could harm the environment like solvents . The first part of this work concerns distillation in the pressure range between 6 kPa and atmospheric pressure. The hydrodynamic study in a column packed with Raschig rings and Berl saddles - Pressure losses, retention, SDR, waterlogging flows - and the determination of HEPT separation parameters, separating power - Allow completing some results already published and lead to invstigating the gas-liquid interfacial area. The second part is thus devoted to the measurement of this area by implementing an absorption with chemical reaction under reduced pressure. (Na2-SO3-O2-CO2 + system). These measurements are preceded by a bibliography which takes up the main models of transfer of the matter, as well as the chemical methods and works devoted to the interfacial area in particular. The results show that this area increases with the liquid flow rate and confirm the differences observed in distillation under reduced pressure.

Institut National des Sciences Appliquées de Lyon
1986 - 1987
Chemical and Environmental Engineering
INGM Institut National de Génie Mécanique
1980 - 1985
Mechanical Engineering Energy Conversion
Lycée Technique d'Alger (Algiers Technical Gymnasium)
1975 - 1978
Techniques Mathématiques