Hello ! This is a training pack concerning the analysis and calculation of structures, provided mainly within scientific and technical training of the engineering type, LMD and BTS relating to mechanical engineering and/or civil engineering. This is a set of training sessions which aim to provide all the knowledge and skills and know-how relating to the practical study of mechanical systems of the structural type, in particular hyperstatic structures and to provide a wealth of methods allowing to apprehend all types of structures. On the program (although not limited): 1 - Reminders of RDM on the calculation of displacements; 2 - Bresse method; 2 - Energetics, method of forces; 3 - Three-moment method (Clapeyron method); 4 - Hearth method; 5 - Displacement method 1; 6 - Displacement method 2; 7 - Hardy-Cross method; 8 - Calculation of lines of influence.

Hello ! This is a training pack concerning the MMC and the theory of elasticity, provided mainly within scientific and technical training of the engineering type, LMD and BTS relating to mechanical engineering and/or civil engineering. This is a set of training sessions that aim to provide all the knowledge and skills relating to the fundamental understanding of the behavior of any deformable mechanical system and then allows you to extend it to the case. solids in their specific cases. On the program (although not limited): 1 - Tensor calculation, reminders of mathematics; 2 - Kinematics of the continuous medium; 3 - Deformations of a continuous medium; 4 - Mechanical stresses in a continuous medium; 5 - Mohr circles and stress transformation; 6 - Behavioral laws and isotropic linear elasticity; 7 - Resolution of elasticity problems in displacements and stresses; 8 - Plane elasticity, Airy problems; 9 - Energetics of continuous media and variational methods; 10 - Application: Extension on non-deformable solids; 11 - Application: Extension on beams and plates.

Hello ! This is a training pack concerning RDM, provided mainly within scientific and technical training of the engineering type, LMD and BTS relating to mechanical engineering and/or civil engineering. This is a set of training sessions which aim to provide all the knowledge and skills relating to the basic study of structures and to the design, study and dimensioning techniques involving the stability of n' any mechanical system. On the program (although not limited): 1 - Theory of beams, statics of beams; 2 - Geometric properties of beams and sections; 3 - Applications of the theory of elasticity; 4 - Interior statics, calculation of interior forces; 5 - Normal constraints, trusses and pressure vessels; 6 - Bending of beams, calculation of stresses and deformations; 7 - Shear and shear forces; 8 - Uniform torsion of bars; 9 - Practical calculation of displacements, dimensioning criteria; 10 - Energy of structures; 11 - Buckling and elastic instabilities.

Hello ! This training pack is specially designed for students in preparatory classes for grandes écoles, offering in-depth expertise in the key areas of solid mechanics, automation and systems analysis through the use of SysML. On the program (non-limiting): 1-Solid Mechanics: Exploration of the concepts of kinematics, statics, kinetics, energy and dynamics of solids/systems of non-deformable solids. 2-Automation and Control of Continuous Linear Invariant Systems (CLIS): Study of the fundamental principles of control and automation. Students learn to design, analyze, and regulate complex dynamic systems to achieve specific performance. 3-Systems Analysis and Requirements with SysML: Introduction to SysML (Systems Modeling Language) for functional analysis of systems. Students acquire skills to model, specify, and analyze the requirements of complex systems, thus facilitating the design and development process.