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Applied Mechanics of Solids
03,600 DZDApplied Mechanics of Solids introduces the fundamental principles of solid mechanics, including stress, strain, elasticity, plasticity and material strength. It explains how materials and structures respond to applied forces and provides the essential concepts required to analyse, design and evaluate engineering components and structures across mechanical, civil and industrial engineering applications.
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Mechanical Engineering: Lectures and Answered Exercises
04,900 DZDThis book offers a clear and step-by-step educational approach to the main assembly techniques used in mechanical engineering.
It sets out the theoretical principles, calculation methods and design rules for the main structural components, illustrated by numerous worked examples.
Following a review of the fundamental concepts of materials strength, the various types of joints and the methods used to design them are examined using a rigorous approach in line with engineering practice.
The final chapter is devoted to the design of drive shafts, taking into account stress concentrations and dynamic loads.
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Rational Mechanics: Lectures and Solutions to Exercises
04,100 DZDThis book serves as an introduction to the fundamental concepts of rational mechanics for undergraduate students. It offers a pedagogical, progressive and structured approach, combining theoretical foundations, practical examples, worked examples and revision exercises to facilitate learning and the development of skills in mechanical analysis.
The book covers the essential concepts of mechanics, vectors and moments of forces, the statics of rigid bodies and the conditions of equilibrium in a plane and in space, problems involving friction, as well as the fundamental methods of kinematic analysis of solids. It thus serves as a reference work for acquiring the knowledge essential for further study in science and mechanical engineering.
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