Faculty Publications

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Open Access
Mechanical Manufacturing
(University of M'sila, 2024-12-02) Dr. ELHADI Abdelmalek
Machining by material removal is a key mechanical manufacturing process used to produce parts with high precision and complex shapes while maintaining the material's original properties. This process is cost-effective and ensures excellent performance through the proper organization of operations, skilled labor, machine tools, and equipment. It offers precise tolerances essential in industries like aerospace, automotive, and tool manufacturing. Additionally, it supports a wide range of materials, including metals, plastics, composites, and ceramics, making it versatile across industries. Material removal machining is also valuable for repairing and refurbishing worn or damaged parts, extending their lifespan and reducing resource waste. This process remains a cornerstone of modern manufacturing, combining precision, adaptability, and efficiency. The handout "Mechanical Manufacturing," designed for second-year Mechanical Engineering students specializing in Mechanical Construction, introduces machining techniques with an emphasis on mechanical product manufacturing. Written in a simplified style with examples, it helps students grasp theoretical concepts and their industrial applications. The paper is divided into two parts: Metal Cutting Theory which covers cutting materials, cutting tool geometry, chip formation, cutting forces, tool heating and wear and selection of cutting parameters. The second part is Machine Tool Technology, it focuses on cutting motions, main components and kinematic chains of various machine tools.
Open Access
Modélisation et identification des systèmes
(University of msila, 2023-05-28) Dr. HERIZI Abdelghafour
Open Access
Techniques d'identification
(University of M'sila, 2024-12-03) HERIZI Abdelghafour
Open Access
Commande Hydraulique et Pneumatique
(University of M'sila, 2023-11-19) Dr Abdelhak ABDOU
Open Access
Mass and Heat Transfer
(University of M'sila, 2024-12-15) BAKHTI Fatima zohra
Heat and mass transfer are fundamental subjects that underpin many engineering and scientific applications. These phenomena are critical for understanding and designing systems in industries such as energy, environment, materials, and manufacturing. This handout for the mass and heat transfer course is intended for students in the Bachelor's program in Mechanical Engineering with a specialization in Materials Engineering. It is in accordance with the official program issued by the Ministry of Higher Education and Scientific Research This document is organized into two key parts to provide an in-depth treatment of both heat and mass transfer. Part A: Heat Transfer This section introduces the foundational principles of heat transfer, examining the mechanisms through which thermal energy is transported in different media and conditions. Part B: Mass Transfer Building on the understanding of heat transfer, this part transitions to the study of mass transfer, with a strong focus on diffusion processes and their applications.
Open Access
ENERGY AND ENVIRONMENT
(University of M'sila, 2024-12-15) ZORIG Assam
Open Access
Techniques de Commande Avancée
(University of M'sila, 2024-12-15) Dr Hemza MEKKI
Open Access
Commandes Non Linéaires
(University of M'sila, 2024-12-15) Dr Hemza MEKKI
Open Access
Machines Hydrauliques et Pneumatiques
(University of M'sila, 2024-12-08) Dr. Bilal Djamal Eddine CHERIF
Open Access
Heat Transfer
(University of M'sila, 2024-12-02) Dr. BAKHTI Fatima zohra
This Course Handout serves as a comprehensive introduction to heat transfer, tailored for undergraduate mechanical engineering students specializing in mechanical construction. It adheres to the official academic curriculum and emphasizes the fundamental principles and mechanisms of heat transfer: conduction, convection, and radiation. Structured into three chapters, the course begins with a general overview of three heat transfer modes, accompanied by practical examples to simplify understanding. Subsequent chapters delve into steady-state one-dimensional conduction with detailed equations for various geometries, followed by an exploration of free and forced convection, including methods for calculating fluxes and key correlations. The final chapter addresses heat transfer by radiation, introducing black body concepts, radiative surface properties, and radiation in semi-transparent media. The course is enriched with solved exercises and appendices containing essential thermophysical data, providing students with practical tools to master theoretical concepts and apply them effectively in engineering contexts.
Open Access
Course Handout Fluid Mechanics 2
(University of M'sila, 2024-12-02) Dr Benkherbache Souad
This course introduces the fundamentals of fluid mechanics, focusing on three core areas: fluid kinematics, integral conservation laws, and dimensional analysis with similarity principles. It explores fluid motion through mathematical tools (divergence, gradient, and differential equations), mass conservation, and the analysis of 2D incompressible and irrotational flows. Integral conservation laws are applied using the Reynolds transport theorem to momentum and energy equations. The course concludes with dimensional analysis and scaling techniques to simplify and relate real-world systems to models. These principles are essential for applications in engineering fields such as aerodynamics and hydraulics.
Open Access
Polycopie TP API et Supervision
(University of M'sila, 2023-11-17) Abdelhak ABDOU
Open Access
Microprocesseur et API
(University of M'sila, 2023-11-19) Abdelhak ABDOU
Open Access
SECURITE ELECTRIQUE
(University of M'sila, 2024-11-24) Dr :ZORIG Assam
La matière a pour objectif d’informer le futur licencié sur la nature des accidents électriques, les méthodes de secours des accidentés électriques et de lui donner les connaissances suffisantes pour lui permettre de dimensionner au mieux les dispositifs de protection du matériel et du personnel intervenant dans l’industrie et autres domaines d’utilisation de ces équipements.
Open Access
Softwares of Simulation
(University of M'sila, 2024-12-01) Dr. Toufik ROUBACHE
This polycopy of courses is an introduction to softwares of simulation. It allows studying the necessary programming tools using the MATLAB language, scientific calculation software. Moreover, it aims to prepare the student for practical work in Modeling of electrical machines, Power Electronics and Numerical Analysis in which this tool is intensively used for the implementation and simulation of the theoretical principles presented in class. In addition, this manual offers the student the opportunity to train in other widely used professional softwares, namely: PSpice, PSim,....
Open Access
Java language
(University of M'sila, 2024-03-05) Dr. Mourad Brik
This handout is meticulously crafted to cater to the specific needs of second-year master's students in programming skills, providing a comprehensive exploration of Java's capabilities. From simple concepts to intricate advanced data structures, each chapter is designed to enhance the student’s proficiency in Java, equipping them with skills that needed to attain a proficient level in Java programming, which enabling them to effectively tackle the modern technology facet
Open Access
TP Commande Hydraulique et Pneumatique
(University of M'sila, 2023-11-14) Dr Abdelhak ABDOU
Open Access
Control Techniques in renewable energy Techniques de commande des systèmes à énergie renouvelable
(University of M'sila, 2024-12-03) GHADBANE Ismail
The integration of renewable energy sources such as solar, wind, hydro, and biomass into the power grid presents unique challenges due to their intermittent and variable nature. Effective control techniques are essential to optimize the performance, stability, and efficiency of renewable energy systems. The course highlights the importance of real-time monitoring, fault detection, and grid synchronization to ensure reliable energy production and distribution. Ultimately, effective control of renewable energy systems is crucial for the sustainable and efficient utilization of clean energy. Teaching objectives, Know the different electrical systems of electric actuators (motor + mechanical loads and static converters) , Be able to establish a simulation model of an electrical system including motor, power electronics and control - Be able to simulate a model in the Matlab/Simulink environment , Be able to size the correctors present in the controls of energy production chains
Open Access
Microprocesseurs et Automates Programmables Industriels (API)
(University of M'sila, 2024-11-24) Dr. El Oualid ZOUGGAR
Open Access
Analysis of three-phase networks in disturbed operating conditions using symmetrical components
(University of M'sila, 2024-12-03) DJERIOU Salim