Lecturer(s)


Čapek Lukáš, doc. Ing. Ph.D.

Course content

Lectures: 1. Notations in mechanics, mathematical background 2. Vector of force. 3. Equilibrium of forces. 4. Friction force. 5. Notation of displacement, strain and stress. 6. Constitutive equation. 7. Tension stress tensor. 8. Shear stress tensor. 9. Bending stress. 10. Yield criterion. 11. Viscoelasticity of material. 12. Fatigue of materials. 13. Trends in mechanics. 14. Trends in mechanics. Practises: 1. Vectors and matrix. 2. Mathematical operations of vector force. 3. Equilibrium of force. 4. Friction force tasks. 5. Friction force tasks. 6. Tensional loading. 7. Tension  experiment. 8. Shear loading. 9. Bending loading. 10. Bending loading  experiment. 11. Multiaxial type of loading. 12. Multiaxial type of loading  experiment. 13. Trends in mechanics  experiment. 14. Trends in mechanics  experiment.

Learning activities and teaching methods

Monological explanation (lecture, presentation,briefing), Dialogue metods(conversation,discussion,brainstorming), Laboratory work, Lecture, Practicum
 Class attendance
 56 hours per semester
 Home preparation for classes
 45 hours per semester
 Preparation for exam
 45 hours per semester

Learning outcomes

The following course introduce to students the base of solid mechanics with accent to textile structures. The course brings to student fundamental terms and knowledge from mechanics, that are applied to textile applications. Apart from basic concept of mechanics, the course opens door more complex phenomena as fatigue mechanics and viscoelasticity. The end of the course is focused on trendy applications in mechanics.
Basic knowledge of mechanics aimed to textile engineering.

Prerequisites

High school mathematical background.

Assessment methods and criteria

Combined examination
Credit: completion of practical exercises Exam: Written part

Recommended literature


JULIŠ, K., BREPTA, R. a kol. Mechanika I. díl. Statika a kinematika. 1. vyd.. Praha: SNTL, 1987. ISBN 0422486.

TREBUŇA, F., SIMČÁK, F. Pružnosť, pevnosť a plastickosť v príkladoch. Košice: Technická univerzita v Košiciach, 2017. ISBN 9788080732776.
