ANALYSIS OF THERMAL ABSORPTION FROM COMPOSITE PRODUCED WITH GREEN COCONUT RESIDUE | Zendy

Warlen Librelon de Oliveira | Zendy; Alexandre Alex Barbosa Xavier | Zendy; Renata Carolina Fonseca Chaves | Zendy; Pollyanna Marques De Souza | Zendy; Letícia Oliveira Silva | Zendy; Érika Silva Fabri | Zendy

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ANALYSIS OF THERMAL ABSORPTION FROM COMPOSITE PRODUCED WITH GREEN COCONUT RESIDUE

Author(s) -

Warlen Librelon de Oliveira,

Alexandre Alex Barbosa Xavier,

Renata Carolina Fonseca Chaves,

Pollyanna Marques De Souza,

Letícia Oliveira Silva,

Érika Silva Fabri

Publication year - 2018

Publication title -

revista brasileira de energias renováveis

Language(s) - English

Resource type - Journals

ISSN - 2237-9711

DOI - 10.5380/rber.v7i2.58245

Subject(s) - residue (chemistry) , materials science , thermal insulation , thermal conductivity , thermal , composite material , composite number , thermal analysis , pulp and paper industry , chemistry , engineering , physics , layer (electronics) , biochemistry , meteorology

Coconut fiber is a very common residue in Brazil and already finds uses in different areas. This work evaluated the efficiency of this residue in the thermal insulation for later use in panels of low cost. The green fiber coconut residue was used in the production of samples for thermal and chemical analysis. By using a calorimeter, the measurements of temperatures were made and the coefficients of thermal conductivity were determined. The results showed the good performance of the material regarding its thermal absorption when compared to the data of a traditional material sold in the market. Keywords: Coconut fiber, Thermal comfort, Thermal insulation.

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