# Termomechanics -- lectures(102FTB)

## Syllabus:

** Basic concepts of thermodynamics **: thermodynamic system, state, process,
temperature, equations of state, 1st law of thermodynamics, specific
heat capacity, calorimetry.

** Conduction of heat by conduction: ** Fourier's law, heat transfer coefficient of structures, thermal resistance, conduction of heat in cylindrical symmetry.
Equations of heat and simple examples of its solution (1D, steady-state case). Types of boundary conditions. Periodic heat transfer, attenuation, phase shift of temperature oscillation.

** Newton's law of cooling
**

** Heat transfer by radiation: **
Planck radiation law, Wien law, emission and absorption at different wavelengths, selective absorbers,
heat transfer coefficient, heat transfer between two planar surfaces, radiation shielding

** Mass transport: ** Diffusion, Fick's law, diffusion equations, moisture condensation in construction

## Credit

Credit is granted on the basis of a credit test.

## Materials: