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Vol 10, Issue 1, 2014
Pages: 411 - 420
Professional paper
ENVIRONMENT PROTECTION AND SUSTAINABLE DEVELOPMENT
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Published: 24.04.2014. Professional paper ENVIRONMENT PROTECTION AND SUSTAINABLE DEVELOPMENT

FIRE RESISTANCE TESTING OF THE SELF-SUPPORTING SANDWICH PANELS

By
Edin Garaplija ,
Edin Garaplija
Contact Edin Garaplija

Institut zaštite od požara i eksplozije INZA , Sarajevo , Bosnia and Herzegovina

Sanin Džidić ,
Sanin Džidić

International Burch University , Sarajevo , Bosnia and Herzegovina

Vedran Avdić
Vedran Avdić

Institut zaštite od požara i eksplozije INZA , Sarajevo , Bosnia and Herzegovina

Abstract

The goal of this paper is to present the experience in fire resistance testing of the self-supporting facade sandwich panels with sheet metal lining and PIR insulation, thickness 80 and 100 mm, that have been tested to the Standard Fire Curve ISO-834 as well as external fire curve, to the scientific and professional community in the field of expertise. These are unique types of testing in only accredited fire laboratory in Bosnia and Herzegovina, which is one of only few in the region, whose 
experience is of great importance. Particular specialty of such testing is that panels have been exposed to the internal and external fire curves separately, what is not often case in the world. 

References

1.
090 (1/1986) -Ispitivanje otpornosti zidova prema požaru. JUS UJ1.
2.
092 (1/1993) -Ispitivanje otpornosti protiv požara požarnih zidova i nenosećih spoljnih zidova. JUS UJ1.
3.
EU Regulation CPR. 2011;
4.
Izvještaj o jednostranom ispitivanju otpornosti prema unutrašnjem požaru samostojećeg sendvič panela sa obostranom metalnom oplatom i sa PIR izolacijom debljine 80 mm prema JUS U.J1.090 (1/1986) na 30 minuta. INZA. 2013;
5.
Izvještaj o jednostranom ispitivanju otpornosti prema unutrašnjem požaru samostojećeg sendvič panela sa obostranom metalnom oplatom i sa PIR izolacijom debljine 100 mm prema JUS U.J1.090 (1/1986) na 30 minuta. INZA. 2013;
6.
Izvještaj o jednostranom ispitivanju otpornosti prema vanjskom požaru samostojećeg sendvič panela sa obostranom metalnom oplatom i sa PIR izolacijom debljine 80 mm prema JUS.
7.
Džidić S, Sistemi V. određivanje doprinosa vatrootpornosti betonskih elemenata"doktorska disertacija, Arhitektonski fakultet u Sarajevu. 2013;
8.
Hadžiselimović E, Kleut N. Požarna karakterizacija materijala i elemenata građevinskih konstrukcija, Naučnoistraživačka radna organizacija Institut zaštite od požara i eksplozije. 1991;

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