Lectured in 2de jaar Industriële wetenschappen, keuze bouwkunde 2de jaar Industriële wetenschappen, keuze chemie 2de jaar Industriële wetenschappen, keuze textiel 2de jaar Industriële wetenschappen, keuze elektromechanica 2de jaar Industriële wetenschappen, keuze informatica 2de jaar Industriële wetenschappen, keuze elektronica Theory [A] 25.0 Exercises [B] 25.0 Training and projects [C] 0.0 Studytime [D] 140 Studypoints [E] 5 Lecturer Urbain DE RIDDER Co-lecturers   Reference IKINWE02A04117

Key words 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. #topi# 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 #tmet# Lectures and exercises #matu# Teacher's course "Strenght of Materials" - M. Wouters #asse# Written examination for the theory Written test for the exercises #lang# Dutch Prerequisites Topics Teaching Methods Materials used Study guidance Assessment Study costs Lecturer(s) Urbain DE RIDDER Language Dutch