Extending 2D principles to three-dimensional systems using rotation matrices and Euler angles.
Understanding how joints constrain the relative motion between connected links.
Analyzing the motion of simplified objects (points) along linear and curvilinear paths. Kinematics of Mechanical Systems: Fundamentals,...
Understanding the additional acceleration component that arises in rotating reference frames.
Choosing the most appropriate mechanism configuration to achieve a desired motion task. Kinematics of Mechanical Systems: Fundamentals,...
Applying mathematical formulas to determine the degrees of freedom for planar and spatial mechanisms.
Defining the number of independent parameters required to specify the configuration of a system. 2. Kinematic Chains and Mechanisms Kinematics of Mechanical Systems: Fundamentals,...
Using four-dimensional complex numbers for efficient and singularity-free representation of 3D rotations.