Key words
Objectives
Theoretical Mechanics lies at the base of many other mechanics-related subjects such as:
Strength of materials, applied mechanics, construction of moulds, calculating machine-components, fluid mechanics, aerodynamics, hydraulics and pneumatics.
Theoretical Mechanics can also be useful when designing new machines or developing new products.
It can be of great importance and help in critically evaluating, assessing and understanding the working of a machine, a mechanism, a production line,....
Topics
- introduction
- force systems
- equilibrum
- structures
- distributed forces
- friction
- area moments of inertia
- kinematics of particles
- kinetics of particles
- kinetics of systems of particles
- plane kinematics of rigid bodies
- plane kinetics of rigid bodies
- 3-dimensional dynamics of rigid bodies: an introduction
Prerequisites
Study of vectors, trigonometry, elementary mathematics, deriving, integrating
Final Objectives
Materials used
- teacher's course - other textbook(s)
Study costs
± 6,5 Euro
Study guidance
Teaching Methods
- lectures - exercises
Assessment
- Scoring system :
written examination - written tests
Lecturer(s)
Cyriel VAN RUMST
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