THEORY OF STRENGTH OF MATERIALS
 
Lectured in 2nd year Industrial SciencesOptional course land building
2nd year Industrial SciencesOptional course chemistry
2nd year Industrial SciencesOptional course textile
2nd year Industrial SciencesOptional course electromechanics
2nd year Industrial SciencesOptional course electronics
2nd year Industrial SciencesOptional course Computer science
Theory [A] 25.0
Exercises [B] 25.0
Training and projects [C] 0.0
Studytime [D] 140
Studypoints [E] 5
Level  
Language of instruction Dutch
Lecturer Marc WOUTERS
Reference IKINWE02A04107
 
Key words
Strenght of materials

Objectives
Strenght of materials is the continue of theoretical mechanics and is the
basic for other disiplines such as the calculation of machining parts,
applied mechanics, making moulds, hydraulics, pneumatics and others.
The student learns to choose the right material, calculate the deformation,
the several kinds of stresses and the most dangerous compounded stress.



Topics
Module iternal and external forces and moments
Module Compression and tension
Module shear stresses
Module moments of inertia and products of inertia
Module shearing force and bending moment
Module torsion
Module combined stresses


Prerequisites


Final Objectives


Materials used
Teacher's course
"Strenght of Materials" - M. Wouters

Study costs


Study guidance


Teaching Methods
Lectures and exercises

Assessment
Written examination for the theory
Written test for the exercises


Lecturer(s)
Marc WOUTERS