Information about the Environmental Comfort Standardization Project, developed by the Federal University of Santa Catarina with financing from the Studies and Projects Financier - FINEP.
Participating in this project are the Energy Efficiency in Buildings Laboratory - Civil Engineering, the Environmental Comfort Laboratory - Architecture, the Laboratory of Porous Media and Thermophysical Properties of Materials - Mechanical Engineering and Vibrations and Acoustics Laboratory - Mechanical Engineering, SOBRAC - Brazilian Acoustic Society
Thermal
- Part 1: Definitions, symbols and units.
- Part 2: Methods for calculating thermal transmittance, thermal capacity, thermal delay and solar heat factor of building elements and components.
- Part 3: Brazilian Bioclimatic Zoning and Construction Guidelines for Single-Family Housing of Social Interest.
- Part 4: Measurement of Thermal Resistance and Thermal Conductivity by the Shielded Hot Plate Principle.
- Part 5: Measurement of thermal resistance and thermal conductivity using the fluximetric method.
Natural lighting
- Natural lighting - Part 1: Basic concepts and definitions.
- Daylighting - Part 2: Calculation procedures for estimating the availability of daylight.
- Natural lighting - Part 3: Calculation Procedure for Determining Natural Lighting in Indoor Environments. Erratum
- Natural lighting - Part 4: Experimental verification of internal lighting conditions in buildings. Measurement method.
Acoustics
- Acoustics - Assessment of ambient noise in building areas aiming at user comfort – Procedure
- Minute of the 9th meeting of CE-02:135.01 Acoustic Performance in Buildings
- Attendance list for the 9th meeting of CE-02:135.01 Acoustic Performance in Buildings
Books and chapters
- Standardization and Certification in Housing Construction - Chapter 2: standardization in environmental comfort: thermal, lighting and acoustic performance of buildings. Fonte: Habitare.org.br