Description

Configuration space-work, energy and momentum – impulse response.  rnLagrange’s and D’Alemberd Principle.- Classification of dynamic system - Applications of linear motion. Applications of torsion motion.-Modeling of lumped mechanical systems. Equations of motions for mechanical systems.-Equations of motions for mechanical systems. System response.rn.High order systems in closed form.- Solving problems by using computer.rn

Program

Master of Engineering (MEng) Program

Objectives

• The aim of this course is to present the dynamics of particles and rigid bodies in some breadth, with examples illustrating the strengths and weaknesses of the various methods of dynamical analysis. In the course there is some emphasis on systems of great generality. Geometrical approaches are used to illustrate the nature of constraints