Mobilité EUt+
Retour

Page du cours ✏️


Mechanics of Drives
32434

Description
Course Program

  • Introduction and Definition of Automatic Machines and Robots and their Use in Industrial and Non-Industrial Contexts.
  • Introduction to the Generation and Management of Motion in Mechanisms and Machines.
  • Review and Applications of Mechanical Transmissions, Mechanical Lifting Systems, Cable Lifting Systems.
  • Coupling Elements between Shafts, Force Coupling and Shape Coupling.
  • Oleodynamic Clutches, Friction Clutches.
  • Periodic Regime and Degree of Irregularity.
  • Motor-Load Coupling.
  • Stability of the Operating Point.
  • Transient Analysis of Mechanical Systems: Direct Coupling, with Speed Reducer, with Friction Clutch.
  • Electric Motor Selection: the Thermal Problem, Service Types, Influence of Transient Start.
  • Cam Transmission Systems, Profile Tracking, Force Coupling and Shape Coupling, Dynamic Analysis.
  • Notes on Problems Caused by Mechanical Vibrations.
  • Mechanisms for Intermittent Motion: Maltese Cross Mechanisms, Intermittent Devices.
    Planar Linkage Systems.
  • RRRR, RRRP and RRPP Kinematic Chains.
  • Special Positions: Dead-Point Configurations and Singularities.
  • Analysis of the Motion Transmission Quality: Dwell Mechanisms and Force Multipliers.
  • Mechanics of Industrial Gripping.
  • Dynamic Analysis of Planar Mechanisms.
  • Introduction to Pneumatic Drives: Cylinders, Valves and Basic Circuits.
  • Applications Developed within the Course Concerning the Definition of the Drive System for Mobile Robots and Cable Robots.
  • Analysis of Mechanical Systems for the Sizing of Actuation.
  • Graphical Analysis, Synthesis, Modeling and Simulation of Complex Mechanical Systems.
  • Numerical Exercises: Applications and Case Studies for Industrial and Non-Industrial Applications.
  • Drive Sizing for Mechanical Systems for Industrial Use, Drive Sizing for Robotic Systems.
  • Applications for Multibody System Analysis Developed with CAD, ADAMS, Matlab.
  • Educational Collaborations with MSC Software: Adams Workshops with Introduction and User Guide for the Software.

Complementary Activities:
  • Technical Seminars with Experts from the Industrial World.
  • Company Visits.

Crédits ECTS
9

Langue d'enseignement
italiano

Langue d'examen
italiano

Langue des supports pédagogiques
italiano

Acquis d'apprentissage fondamentaux

Acquis d'apprentissage terminaux

Catégorie de cours

Entité de gestion (faculté)
Department of Civil and Mechanical Engineering (UNICAS)