Syllabus
Course Outline
Weeks |
Topics |
1 |
Energy methods for dynamic analysis |
2 |
Axes Frames and Coordinate Transformations |
3 |
Spatial and planar equations of motion of a single rigid body and a system of rigid bodies. |
2 |
Deformation field of flexible bodies. Modal variables. Longitudinal, Bending and Torsional mode shapes. Reference frames depending on boundary conditions. |
3 |
Planar equations of motion of a system of flexible bodies, with applications to flexible mechanisms and robotic systems. Couplings between rigid and deformation coordinates. Mass properties of flexible bodies. |
2 |
Spatial equations of motion of a system of flexible bodies. Mass properties of spatial flexible bodies. |