Theory (Mechanics) of Machines (ميكانيكا الآلات)

Design and dynamic analysis of mechanisms

Ratings: 4.00 / 5.00




Description

In this course you will be able to:

· Understand the importance of mechanisms design

· Understand the relationship between mechanism and machine

· Understand the Hierarchy of Mechanics (Dynamics, Static, Kinematics and Kinetics)

· Understand Types of Motion

· Understand the types of Links, Joints, and Kinematic Chains

· Understand common types of kinematic Joint such as the revolute, prismatic, sliding and others

· Understand the concept of freedom

· Calculate the degrees of freedom of mechanisms using Gruebler’s and Kutzbach’s Equations

· Apply Grashof conditions

· Understand and analyse the limiting conditions (toggle and stationary positions)

· Calculate the transmission angle

· Design the straight-line mechanisms

· Design mechanisms to achieve function, path, and motion generation

· Design Two and Three-Position Synthesis

· Perform positional analysis of mechanisms using the graphical method

· Perform positional analysis of mechanisms using the Analytical method

· Perform Velocity analysis of mechanisms using the graphical method

· Perform Velocity analysis of mechanisms using the Analytical method

· Perform acceleration analysis of mechanisms using the graphical method

· Perform acceleration analysis of mechanisms using the Analytical method

· Use Microsoft Excel to perform positional, Velocity, and acceleration analysis

· Use Linkage software to draw and animate mechanisms

· Use AutoCAD software to draw position, velocity and acceleration diagrams

· Use GIM software to draw and animate mechanisms

· Use Geogebra software to draw and animate mechanisms

· Perform Dynamic force analysis of mechanisms using the Analytical method

· ... Others

What You Will Learn!

  • Introduction to Theory of machines (Kinematics or mechanics of machines)
  • Types of Links and joints
  • Define and calculate Degrees of freedom of mechanisms
  • Design mechanisms
  • Perform position analysis of mechanisms using graphical method
  • Perform position analysis of mechanisms using Analytical method
  • Perform velocity analysis of mechanisms using graphical method
  • Perform velocity analysis of mechanisms using Analytical method
  • Perform acceleration analysis of mechanisms using graphical method
  • Perform acceleration analysis of mechanisms using Analytical method
  • Perform Dynamic force analysis of mechanisms using Analytical method

Who Should Attend!

  • Students from Mechanical Engineering, Diploma in Mechanical, Production Engineering Industry Professional, Automobile Engineering, Machine Learning Enthusiasts etc. GATE Preparation
  • Mechanical Engineers
  • Animators
  • Maintenance Engineers and technicians
  • Automobile Engineers
  • Production Engineers
  • Robotics Engineers
  • Industrial Engineers