Browsing by Author "Dr. BOUALLEG. SAIDA"

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    Course booklet Expression technique
    (University of M'sila, 2025-06-12) Dr. BOUALLEG. SAIDA
    This document is intended for students of the 2nd year Bachelor of Civil Engineering of the new LMD system, it groups together some chapters of the module of Expression techniques The aim of this course is to teach students oral and written communication, both in academic scientific environnements and also in social environnements outside the university, particularly when looking for a first job and in companies after recruitment. It prepares students for the world of work, which they will join at the end of their studies. If the student is pursuing an academic career as a research teacher, he will have acquired in this module the basic knowledge of writing research articles, making a bibliography, scientific reports, even pedagogical books and oral presentation of work, communication between researchers etc. If the student pursues a career in a company, this module will have enabled him to learn how to present himself at a recruitment competition, how to write a resume and cover letter for the position sought, common pass a job interview etc, those to provide answers and tools.
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    Guided practical work The material strength
    (University of M'sila, 2025-06-12) Dr. BOUALLEG. SAIDA
    The handout entitled : “Guided practical work The material strength 2nd Year ”presented by Dr. BOUALLEG Saïda from the Department of Civil Engineering - Université Mohamed Boudiaf de M’sila, The aim of this handout is to put into practice the various basic concepts covered in the strength of materials course. This educational document is divided into six chapters. The first deals with the tensile test, which consists in subjecting a specimen to an elongation load until failure. The second chapter studies the behavior of a concrete specimen under the influence of increasing compressive force. The third chapter enables the student to understand and appreciate the torsion of bars around their axes and the determination of the Coulomb modulus. The fourth chapter deals with simple bending by subjecting a bar to an increasing force at its center. The fifth chapter examines the ability of materials to resist impact by measuring the energy absorbed by fracture using an instrument known as the “Charpy sheep”. The sixth and final chapter of this handout studies the behavior of a material when penetrated by a harder body. The hardness test measures the average contact pressure of materials when an indenter is driven into a flat surface. At the end of the manuscript, a bibliography is presented, including the references of the Documents used in writing this practical workbook.