Mohammed R. Al-Qassab
@gcaan.gov.iq
Baghdad Airport/GSAAN
Focusing on various areas of mechanical engineering including energy systems, renewable technologies, and environmental sustainability. Much of my work centers around evaluating and enhancing the thermal efficiency of solar collectors, as seen in my IEEE paper comparing parabolic dish collectors with spiral and helical coil receivers. I also study topics like corrosion in oil refineries, gaseous fuel combustion, and the growth of renewables in the Middle East. With over 24 publications in Scopus and 50+ citations on Google Scholar, I have established myself as a productive contributor to fields like solar thermal systems, fossil fuel emissions reduction, and more. My most-cited works include experiments on solar distillation and statistical studies of CO2 emissions from regional energy use. Through collaborations with industry partners, I have also contributed to innovative solar distillation system designs with real-world applications. As my scholarship continues, I aim to further explore
RESEARCH, TEACHING, or OTHER INTERESTS
Mechanical Engineering, Energy Engineering and Power Technology, Fuel Technology, Renewable Energy, Sustainability and the Environment
Scopus Publications
Scholar Citations
Scholar h-index
Scholar i10-index
Scopus Publications
Jameel Al-Naffakh, Karrar S. Hasan, Mohammed Al-fahham, and Mohammed R. Al-Qasab
IOP Conference Series: Materials Science and Engineering IOP Publishing
Mohammed R. Al_Qasab, Qahtan A. Abed, Wisam A. Abd Al-wahid, and Jameel T. Al-Naffakh
IOP Publishing
Abstract The multiple uses of fossil fuels make them depleted in the coming years. Also, the large amount of pollution produced by the use of this fuel has made the world seriously think of environmentally familiar alternative sources of energy. Universal energy is vast and diverse energy, with the ability to cover the individual’s energy needs in various fields in the coming years. The focus of this study was a parabolic dish system. There are different uses solar of parabolic dish applications that can be limited by two main groups: thermal generation and electric power generation. A thermal generation used to generate steam, solar cooking, water heating, and water distillation. The briefly objective is to review and analysis the thermal generation published by taken into considering used parabolic collector system. Also, evaluate solar dish operators in differences covering like, the composition of concentrators, the material of reflector, receiver design, parabolic dish diameter, rim angle, and focal length. These characteristics drive to entire structure possible for a parabolic dish. Finally, this article may be useful for the new research worker to consider the requirement for Thermal solar generation integrated with a parabolic dish.
RECENT SCHOLAR PUBLICATIONS
MOST CITED SCHOLAR PUBLICATIONS
Industry, Institute, or Organisation Collaboration
A patent for the design of a solar distillation system @ 2022