Meryem El Badaoui
Quality Function Deployment in Product Design Quality function deployment Solar Thermal and Photovoltaic Systems Photovoltaic thermal hybrid solar collector Multi-Criteria Decision Making Solar thermal collector Solar Energy Systems and Technologies Heat Transfer and Mathematical Modeling Thermal science Thermal energy storage Energy modeling Enhanced heat transfer Heat transfer enhancement Parabolic trough Agricultural economics and policies Agricultural and Environmental Management Economics of Agriculture and Food Markets Demography Economics and Econometrics Management Science and Operations Research Management of Technology and Innovation Mechanical Engineering Mechanics of Materials Renewable Energy, Sustainability and the Environment Safety Research

Bio

Meryem El Badaoui is a researcher affiliated with the Mohammedia School of Engineers (EMI) in Rabat, Morocco. Her work focuses on applied thermodynamics and solid combustibles, with particular emphasis on solar energy systems. She has authored papers on parabolic trough modeling and temperature simulation using meteorological data, including 'Modeling of a Parabolic Trough Using Two Heat Transfer Fluids and an Economic Estimation in the Moroccan Dairy Industry' and 'Simulation of the Outlet Temperature using Meteorology of the City of el Jadida-Morocco'. With 3 publications and 11 citations, her h-index is 1 and i10-index is 1. She is also a Fellow member of the Global Journals community.

Experience

Ecole Mohammadia d'Ingénieurs

0 - 0 • Applied Thermodynamics and Solid Combustibles (ATSC)

Research

Simulation of the Outlet Temperature using Meteorology of the City of el Jadida-Morocco

Article September 24, 2020

This article is a continuation of the previous article” Modeling of a parabolic trough using two heat transfer fluids and an economic estimation in the Moroccan dairy industry,” presenting new parameters and results. Its objective is to simulate the temperature of the chosen fluid, which is water by using the meteorology of the city of El Jadida, city of the dairy industry. We presented the energy balance of the parabolic trough then the thermophysical properties of the water, as well as the meteorology of El Jadida by taking the maximum, minimum temperature of the year plus the range of the wind speed influenced the glass cover of the absorber. We finished with a visualization of water velocity within the absorber.