Rehabilitation and Hygrothermal Optimization

General characterization

Prerequisites

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Bibliography

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Teaching method

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Evaluation method

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Subject matter

Transmission of heat by conduction

Numerical methods for solving heat conduction

- Driving in steady state

- Variable regime driving

- Errors in the use of numerical methods

Radiation heat transfer

Radiation between n surfaces

Sunshine Geometries

- Setting the hours

- Solar Incidence

- Shadings

Comfort in buildings

Comfort indices

Estimation of comfort conditions

Moisture transfer

Transfer of liquid water

- capillary, Poiseuille''''''''s law, capillary absorption, horizontal migration, associations of pores of variable section

Adsorption of water vapor

- Steam transfers inside the pores

- Surface resistance in the diffusion of steam

Effects of condensation or drying on a surface

Programs

Programs where the course is taught: