THE INFLUENCE OF ECOLOGICAL MATERIALS EMBEDDED INTO COMPOSITES UPON THE THERMAL INSULATING CAPACITY

THE INFLUENCE OF ECOLOGICAL MATERIALS EMBEDDED INTO COMPOSITES UPON THE THERMAL INSULATING CAPACITY

The paper presents the results of a research performed in order to design and manufacture composites that embed in their structure ecological raw materials, such as wood chips and hemp hurds. The thermal conductivity was determined for a temperature difference (ΔT) of 200 C between the cold plate...

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Main Authors: Luminiţa-Maria BRENCI, Ivan CISMARU, Adriana FOTIN, Octavia ZELENIUC
Format: Article
Language:English
Published: Editura Universitatii Transilvania din Brasov 2014-12-01
Series:Pro Ligno
Subjects:
composite panels
wood chips
hemp hurds
thermal conductivity
thermal insulation
Online Access:http://proligno.ro/ro/articles/2014/4/brenci.pdf
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spelling doaj-027feafae58f46f99efae304066812242020-11-25T00:09:28ZengEditura Universitatii Transilvania din BrasovPro Ligno1841-47372069-74302014-12-011046368THE INFLUENCE OF ECOLOGICAL MATERIALS EMBEDDED INTO COMPOSITES UPON THE THERMAL INSULATING CAPACITYLuminiţa-Maria BRENCI0Ivan CISMARU1Adriana FOTIN2Octavia ZELENIUC3TRANSILVANIA University in Brasov, RomaniaTRANSILVANIA University in Brasov, RomaniaTRANSILVANIA University in BrasovTRANSILVANIA University in BrasovThe paper presents the results of a research performed in order to design and manufacture composites that embed in their structure ecological raw materials, such as wood chips and hemp hurds. The thermal conductivity was determined for a temperature difference (ΔT) of 200 C between the cold plate and warm plate and the measurements were done in eight points. The results showed that the best insulating composite material was obtained for the structure containing equal shares of wood chips and chopped hemphttp://proligno.ro/ro/articles/2014/4/brenci.pdfcomposite panelswood chipshemp hurdsthermal conductivitythermal insulation
collection DOAJ
language English
format Article
sources DOAJ
author Luminiţa-Maria BRENCI
Ivan CISMARU
Adriana FOTIN
Octavia ZELENIUC
spellingShingle Luminiţa-Maria BRENCI
Ivan CISMARU
Adriana FOTIN
Octavia ZELENIUC
THE INFLUENCE OF ECOLOGICAL MATERIALS EMBEDDED INTO COMPOSITES UPON THE THERMAL INSULATING CAPACITY
Pro Ligno
composite panels
wood chips
hemp hurds
thermal conductivity
thermal insulation
author_facet Luminiţa-Maria BRENCI
Ivan CISMARU
Adriana FOTIN
Octavia ZELENIUC
author_sort Luminiţa-Maria BRENCI
title THE INFLUENCE OF ECOLOGICAL MATERIALS EMBEDDED INTO COMPOSITES UPON THE THERMAL INSULATING CAPACITY
title_short THE INFLUENCE OF ECOLOGICAL MATERIALS EMBEDDED INTO COMPOSITES UPON THE THERMAL INSULATING CAPACITY
title_full THE INFLUENCE OF ECOLOGICAL MATERIALS EMBEDDED INTO COMPOSITES UPON THE THERMAL INSULATING CAPACITY
title_fullStr THE INFLUENCE OF ECOLOGICAL MATERIALS EMBEDDED INTO COMPOSITES UPON THE THERMAL INSULATING CAPACITY
title_full_unstemmed THE INFLUENCE OF ECOLOGICAL MATERIALS EMBEDDED INTO COMPOSITES UPON THE THERMAL INSULATING CAPACITY
title_sort influence of ecological materials embedded into composites upon the thermal insulating capacity
publisher Editura Universitatii Transilvania din Brasov
series Pro Ligno
issn 1841-4737
2069-7430
publishDate 2014-12-01
description The paper presents the results of a research performed in order to design and manufacture composites that embed in their structure ecological raw materials, such as wood chips and hemp hurds. The thermal conductivity was determined for a temperature difference (ΔT) of 200 C between the cold plate and warm plate and the measurements were done in eight points. The results showed that the best insulating composite material was obtained for the structure containing equal shares of wood chips and chopped hemp
topic composite panels
wood chips
hemp hurds
thermal conductivity
thermal insulation
url http://proligno.ro/ro/articles/2014/4/brenci.pdf
work_keys_str_mv AT luminitamariabrenci theinfluenceofecologicalmaterialsembeddedintocompositesuponthethermalinsulatingcapacity
AT ivancismaru theinfluenceofecologicalmaterialsembeddedintocompositesuponthethermalinsulatingcapacity
AT adrianafotin theinfluenceofecologicalmaterialsembeddedintocompositesuponthethermalinsulatingcapacity
AT octaviazeleniuc theinfluenceofecologicalmaterialsembeddedintocompositesuponthethermalinsulatingcapacity
AT luminitamariabrenci influenceofecologicalmaterialsembeddedintocompositesuponthethermalinsulatingcapacity
AT ivancismaru influenceofecologicalmaterialsembeddedintocompositesuponthethermalinsulatingcapacity
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