Czech

Not applicable.

Student is able to:
- enumerate and describe the basic cases of simple stress,
- explain terms: stress, main stress, shearing stress,
- express Hook´s law and define its validity,
- compute the pressure force of liquid on the general plane surface,
- use for the dynamics of fluids the Bernoulli equation,
- define the thermodynamics laws and describe the individual quantity,
- illustrate the different thermal processes of ideal gasses in p-V and T-s diagram,
- illustrate the different thermal processes of real gasses and steam in p-V, T-s and i-s diagram,
- compute the basic parameters of thermal cycles of gas turbine and steam turbine.

The subject knowledge on the secondary school level is required and knowledge from the subjects Mathematics 1, Mathematics 2, Physics 1 and Physics 2.

Not applicable.

Teaching methods depend on the type of course unit as specified in the article 7 of BUT Rules for Studies and Examinations.
Teaching methods include lectures and numerical exercises. Course is taking advantage of e-learning (Moodle) system.
Student have to write 6 single projects (physical problems). There are 2-3 continuous tests in the numerical exercises.

Final evaluation of this subject consist of the following parts:
a) numerical exercises 0-30 points
- continuous tests
- individual work
b) examination 0-70 points
- written part 0-40 p. - test questions and arithmetical problem
- oral part 0-30 p.
Requirements for successful completion of this subject are determined by a annual regulation of the lecturer.

1. Basic terms of mechanics of non-rigid bodies. Power, tension, Hook´s law.
2. State of tension. Strength designing of elements. Strength conditions.
3. Simple tension and pressure. Simple shear and cut. Torsion stress. Bending stress.
4. Combined stress.
5. Introduction to mechanics of liquids. Euler´s equation of statics of liquids, pressure power of liquid on the surface, statics equilibrium of liquids in relative surface.
6. Liquid flow classification, basic equations of flow (continuity equation, Bernoulli equation) and their application. Real liquid flow.
7. Thermal theory. Thermal qualities of substances. Laws of thermodynamics.
8. Thermal processes in ideal gasses.
9. Thermal processes in real gasses and steams.
10. Steam engine cycles. Gas turbine thermal cycle.
11. Heat transfer.
12. Heat exchangers.

Not applicable.

The objective of the subject is to offer the students the basic information concerning mechanics of non-rigid bodies, mechanics of liquids and thermomechanics.

Numerical exercises are compulsory. The content and forms of instruction in the evaluated course are specified by a regulation issued by the lecturer responsible for the course and updated for every academic year.

Not applicable.

Not applicable.

Raček, J.: Technická mechanika. Mechanika poddajných těles.
Raček, J.: Technická mechanika. Mechanika tekutin a termomechanika.
Raček, J.: Technická mechanika. Řešené příklady.
Raček, J.: Technická mechanika. Úlohy z mechaniky tekutin a termomechaniky.
Raček, J.: Technická mechanika. Úlohy z mechaniky tuhých a poddajných těles.

Not applicable.