MECHANICS
 
Taught in 2nd year Industrial Sciences
Theory [A] 50.0
Exercises [B] 25.0
Training and projects [C] 0.0
Studytime [D] 220.0
Studypoints [E] 8
Level  
Credit contract?
Examination contract?
Credit contract mandatory if Exam contract?
Retake possible? Not applicable: periodic evaluation
Language of instruction Dutch
Lecturer Cyriel VAN RUMST
Reference IKINWE01A04086
 
Key words
Mechanics

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
Statics
  • introduction
  • force systems
  • equilibrum
  • structures
  • distributed forces
  • friction
  • area moments of inertia
Dynamics
  • 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 and other textbook.

Study costs


Study guidance


Teaching Methods
Lectures and exercises.

Assessment
Written examination and tests.

Lecturer(s)