![]() ![]() ![]() The exam booking on internet is mandatory. Vapour diffusion in building structures: Fick's law, superficial and interstitial condensation. Notes on the heat and mass balance of a building, sensible / latent loads. Thermal exchanges in the presence of solar radiation, sol-air temperature. Thermal transmittance and the calculation of the temperature profile in a flat multilayer wall. Radiation, black body, heat exchange by radiation between blacks and grey bodies. Outline of the system types for building air-conditioning.Įlements of heat transfer: conduction. Reference transformations for air hygrothermal parameters control. Thermal machines in direct and reverse cycle. Diagram of the phases, liquid and vapour, ideal gases. The first law of thermodynamics for closed and open systems. Reversible thermodynamic transformations and not, work and heat. Noise rating, equivalent level and weighting curves.įundamentals of thermodynamics: conservation equations. Design criteria for architectural acoustics interventions. Calculation of sound insulation between two adjacent enclosed spaces. Calculation of the reverberation time in a closed environment (Sabine formula) and choice of its optimum value. Sound absorption and sound insulation, absorption characteristics and acoustic attenuation of the materials. Design criteria for artificial lighting of interiors and exteriors.Įlements of acoustics: fundamental quantities, hearing mechanism, auditory sensations, normal audiogram. Lighting elements: energy system and photometric system, visibility curve, daylight sources, daylight factor, artificial sources, energy-saving lamps, lighting fixtures, lighting efficiency, cost / benefit analysis, other characterization parameters. ![]()
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