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Full Description
The book Engineering Smart and Sustainable Systems Using Artificial Intelligence, Advanced Materials, and Renewable Energies is part of a global scientific dynamic where innovation, sustainability, and technological intelligence converge to address the major challenges of our time. Today, smart and sustainable systems represent a strategic imperative to ensure energy resilience, optimize infrastructure, and accelerate the transition to a low-carbon economy.
In this context, the Private University of Fès (UPF) stands out as a key player in scientific and technological innovation in Morocco. Through its state-of-the-art research centers, technological platforms, and international collaborations, UPF actively contributes to the development of solutions integrating artificial intelligence, advanced materials, and renewable energies. Among these structures, the Center of Excellence in Batteries, led by the renowned Professor Rachid Yazami, a global pioneer in lithium-ion technology, is a strategic pillar. This center focuses on developing next-generation energy storage technologies, further strengthening UPF's role as a visionary institution dedicated to energy transition.
Under the editorial leadership of Professor Mohammed Ouazzani Jamil, Vice-President of the Private University of Fès, this book brings together contributions from international researchers, engineers, and experts. Professor Ouazzani Jamil, through his academic leadership and commitment to excellence, has given this book remarkable scientific coherence and a multidisciplinary approach that reflects the ambitions of the university.
This volume offers a rich and updated overview of advances in the engineering of intelligent and sustainable systems. The chapters address:
· Emerging applications of artificial intelligence in energy and industrial systems;
· Recent developments in advanced materials and their innovative applications;
· Strategies for integrating renewable energies for the design of high-performance systems;
· Major advances in storage technologies related to the work of the Center of Excellence in Batteries;
· Systemic approaches are necessary to meet global sustainability requirements.
Through its dissemination within the network of the Private University of Fès, this book aims not only to share cutting-edge knowledge but also to inspire a new generation of students, researchers, and innovators to contribute, through their work, to building a more sustainable and technologically advanced future.
We hope this publication becomes an essential reference for all those aspiring to understand, rethink, and shape the smart and sustainable systems of tomorrow.
Contents
Optimal sites selection for green hydrogen production from solar photovoltaic power plant in Senegal using a GIS-AHP-based approach.- Additive manufacturing technology: an eco-innovative solution for the Moroccan construction industry.- Exploring demolition concrete waste as potential aggregates for sustainable concrete manufacturing.- Strain Engineering in Halide Perovskites: Impacts on Optoelectronic Properties and Stability.- Effect of Thermal Insulated Facade Orientation on Indoor Temperature Regulation.- Rarefied Gas Flows: Understanding fundamentals of Gas-wall Interaction Phenomena..
