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ME-311: Dynamical effects in mechanical design
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Lectures in this course (21)
Mechanical Systems: Design and Dynamics
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Explores energy transformation in EPFL mechanical systems and the design methodology for creating and analyzing ideas.
Dynamics of Mechanical Systems
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Explores dynamics in mechanical systems design, covering group movement, vibration limitations, and movement precision.
Dynamics of Mechanical Systems
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Explores the dynamics of mechanical systems, including movement regimes and stability conditions of group speeds.
Dynamics of Mechanical Systems
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Explores the dynamics of mechanical systems during start-up and braking mechanisms.
Dynamics of Mechanical Systems
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Explores the laws of space, kinematics, and inertia forces in mechanical systems.
Mechanical Systems Dynamics: Modeling and Analysis
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Explores the dynamics of mechanical systems, emphasizing modeling techniques and the impact of deformation and inertia forces.
Dynamic Discretization in Mechanical Systems
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Explores dynamic discretization in mechanical systems, reduction principles, and modeling tips.
Dynamic Error Analysis
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Analyzes dynamic errors in precision mechanisms, focusing on theoretical vs. real movements, sources of error, and harmonic responses.
Dynamic Behavior of Mechanisms
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Explores the importance of precision in movement and the impact of speed and damping on structural stress.
Aperiodic Movements: Truncated Ramp Dynamics
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Explores aperiodic movements with vibrations superimposed on theoretical movements, focusing on truncated ramp dynamics.
Rotor Dynamics: Bearings and Critical Speeds
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Explores rotor dynamics, bearings, and critical speeds in relation to rotor stability.
Floating Oscillator: Dynamic Transmission Forces
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Explores the dynamic model of a floating oscillator and transmission forces, including efforts reduction and elastic couplings.
Kinematics and Dynamics of Mechanical Systems
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Explores kinematics, dynamics, constraints, and periodic forces in mechanical systems.
Mechanical Models in Design: Kinematics and Dynamics
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Covers mechanical models in design, including static, kinematic, and dynamic models, as well as oscillations, energy conservation, and practical design considerations.
Kinematic Chains and Dynamics of Mechanical Systems
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Explores kinematic chains, dynamics of mechanical systems, laws of space, and speed characterization.
Dynamics of Mechanical Systems: Kinematic Laws and Equations of Motion
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Explores kinematic laws, forces-motion coupling, Lagrange formulation, and equations of motion in mechanical systems.
Mathematical Description of Mechanical Systems
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Explores the mathematical description of mechanical systems through mass discretization and equivalence principles.
Dynamics of Mechanical Systems
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Explores Newton's theorem, inertia forces, and calculation of inertia forces in mechanical systems, emphasizing their impact on system speed.
Dynamics of Mechanical Systems
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Covers the concept of geometry and stress, inertia constraints, useful efforts, prestress, and the dynamics of mechanical systems.
Dynamics of Mechanical Systems: Inertia Forces and Balancing
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Explores inertia forces, balancing, and cam systems in mechanical dynamics.
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