Implementation of fully coupled heat and mass transport model to determine the behaviour of timber elements in fire

Robert Pečenko; Sabina Huč; Goran Turk; Staffan Svensson; Tomaž Hozjan

Implementation of fully coupled heat and mass transport model to determine the behaviour of timber elements in fire

Robert Pečenko
, Sabina Huč
, Goran Turk
, Staffan Svensson
, Tomaž Hozjan

University of Ljubljana
GIIP d.o.o

Research output: Chapter in Book/Report/Conference proceeding › Article in proceedings › Research › peer-review

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Abstract

In this paper we present results of numerical analysis of timber beam exposed to fire. The numerical procedure is divided into two physically separated but closely related phases. In the first phase coupled problem of moisture and heat transfer over the timber beam is numerically solved using the enhanced finite element method. The results of the first computational stage were used as the input data for the numerical analysis of mechanical response of timber element.

Original language	English
Title of host publication	World Conference on Timber Engineering, Proceedings — 2014
Number of pages	2
Publisher	WCTE 2014 Secretariat
Publication date	2014
Publication status	Published - 2014
Event	13th World Conference on Timber Engineering: Renaissance of Timber Construction - Quebec City, Canada Duration: 10 Aug 2014 → 14 Aug 2014 Conference number: 13

Conference

Conference	13th World Conference on Timber Engineering
Number	13
Country/Territory	Canada
City	Quebec City
Period	10/08/2014 → 14/08/2014

Keywords

Fire
Fire resistance
Heat and mass transfer model
Timber beam

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@inproceedings{84399ba3761c4945a54ce42c6fbb9f4e,

title = "Implementation of fully coupled heat and mass transport model to determine the behaviour of timber elements in fire",

abstract = "In this paper we present results of numerical analysis of timber beam exposed to fire. The numerical procedure is divided into two physically separated but closely related phases. In the first phase coupled problem of moisture and heat transfer over the timber beam is numerically solved using the enhanced finite element method. The results of the first computational stage were used as the input data for the numerical analysis of mechanical response of timber element.",

keywords = "Fire, Fire resistance, Heat and mass transfer model, Timber beam",

author = "Robert Pe{\v c}enko and Sabina Hu{\v c} and Goran Turk and Staffan Svensson and Toma{\v z} Hozjan",

year = "2014",

language = "English",

booktitle = "World Conference on Timber Engineering, Proceedings — 2014",

publisher = "WCTE 2014 Secretariat",

note = "13th World Conference on Timber Engineering : Renaissance of Timber Construction, WCTE 2014 ; Conference date: 10-08-2014 Through 14-08-2014",

}

Implementation of fully coupled heat and mass transport model to determine the behaviour of timber elements in fire. / Pečenko, Robert; Huč, Sabina; Turk, Goran et al.
World Conference on Timber Engineering, Proceedings — 2014. WCTE 2014 Secretariat, 2014.

Research output: Chapter in Book/Report/Conference proceeding › Article in proceedings › Research › peer-review

TY - GEN

T1 - Implementation of fully coupled heat and mass transport model to determine the behaviour of timber elements in fire

AU - Pečenko, Robert

AU - Huč, Sabina

AU - Turk, Goran

AU - Svensson, Staffan

AU - Hozjan, Tomaž

N1 - Conference code: 13

PY - 2014

Y1 - 2014

N2 - In this paper we present results of numerical analysis of timber beam exposed to fire. The numerical procedure is divided into two physically separated but closely related phases. In the first phase coupled problem of moisture and heat transfer over the timber beam is numerically solved using the enhanced finite element method. The results of the first computational stage were used as the input data for the numerical analysis of mechanical response of timber element.

AB - In this paper we present results of numerical analysis of timber beam exposed to fire. The numerical procedure is divided into two physically separated but closely related phases. In the first phase coupled problem of moisture and heat transfer over the timber beam is numerically solved using the enhanced finite element method. The results of the first computational stage were used as the input data for the numerical analysis of mechanical response of timber element.

KW - Fire

KW - Fire resistance

KW - Heat and mass transfer model

KW - Timber beam

M3 - Article in proceedings

BT - World Conference on Timber Engineering, Proceedings — 2014

PB - WCTE 2014 Secretariat

T2 - 13th World Conference on Timber Engineering

Y2 - 10 August 2014 through 14 August 2014

ER -

Implementation of fully coupled heat and mass transport model to determine the behaviour of timber elements in fire

Abstract

Conference

Keywords

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