Service life of wooden materials – Mathematical modelling as a tool for evaluating the development of mould and decay

Hannu Viitanen, Ruut Peuhkuri, Tuomo Ojanen, Tomi Toratti, Lasse Makkonen

    Research output: Chapter in Book/Report/Conference proceedingConference article in proceedingsScientificpeer-review

    Abstract

    Durability is defined "The ability of a product to maintain its required performance over a given time, under the influence of foreseeable actions, subject to normal maintenance". During their functional life, building components are exposed to moisture and other environment hazards in numerous ways, a fact that must be taken into account during manufacture and product development. For mould and decay development, different mathematical modelling exists based on laboratory and field studies. These can be used also for evaluating the different material properties for durability and service life of wooden products. In the future, the life time expectations and analyses of different building products will need more data on the durability of products, service life and resistance against mould and decay, not only data on wood material itself. The mould and decay models can be incorporated with climatic and building physic models to evaluate the effect of different exposure conditions on the durability and service life of wooden products. This paper presents state-of-art on modelling mould and decay of wooden structures exposed to climatic conditions.
    Original languageEnglish
    Title of host publicationFinal conference proceedings, Bordeaux, France, 29-30 September 2008, Sustainability through new technologies for enchanced wood durability “Socio-economic perspectives of treated wood for the common European market”
    Pages85-96
    Publication statusPublished - 2008
    MoE publication typeA4 Article in a conference publication
    EventCOST Action E37 Final Conference Socio-economic perspectives of treated wood for the common European market - Bordeaux, France
    Duration: 29 Sep 200830 Sep 2008

    Conference

    ConferenceCOST Action E37 Final Conference Socio-economic perspectives of treated wood for the common European market
    CountryFrance
    CityBordeaux
    Period29/09/0830/09/08

    Fingerprint

    durability
    modeling
    product development
    physics
    moisture
    product
    services
    material
    hazard

    Cite this

    Viitanen, H., Peuhkuri, R., Ojanen, T., Toratti, T., & Makkonen, L. (2008). Service life of wooden materials – Mathematical modelling as a tool for evaluating the development of mould and decay. In Final conference proceedings, Bordeaux, France, 29-30 September 2008, Sustainability through new technologies for enchanced wood durability “Socio-economic perspectives of treated wood for the common European market” (pp. 85-96)
    Viitanen, Hannu ; Peuhkuri, Ruut ; Ojanen, Tuomo ; Toratti, Tomi ; Makkonen, Lasse. / Service life of wooden materials – Mathematical modelling as a tool for evaluating the development of mould and decay. Final conference proceedings, Bordeaux, France, 29-30 September 2008, Sustainability through new technologies for enchanced wood durability “Socio-economic perspectives of treated wood for the common European market”. 2008. pp. 85-96
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    title = "Service life of wooden materials – Mathematical modelling as a tool for evaluating the development of mould and decay",
    abstract = "Durability is defined {"}The ability of a product to maintain its required performance over a given time, under the influence of foreseeable actions, subject to normal maintenance{"}. During their functional life, building components are exposed to moisture and other environment hazards in numerous ways, a fact that must be taken into account during manufacture and product development. For mould and decay development, different mathematical modelling exists based on laboratory and field studies. These can be used also for evaluating the different material properties for durability and service life of wooden products. In the future, the life time expectations and analyses of different building products will need more data on the durability of products, service life and resistance against mould and decay, not only data on wood material itself. The mould and decay models can be incorporated with climatic and building physic models to evaluate the effect of different exposure conditions on the durability and service life of wooden products. This paper presents state-of-art on modelling mould and decay of wooden structures exposed to climatic conditions.",
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    year = "2008",
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    Viitanen, H, Peuhkuri, R, Ojanen, T, Toratti, T & Makkonen, L 2008, Service life of wooden materials – Mathematical modelling as a tool for evaluating the development of mould and decay. in Final conference proceedings, Bordeaux, France, 29-30 September 2008, Sustainability through new technologies for enchanced wood durability “Socio-economic perspectives of treated wood for the common European market”. pp. 85-96, COST Action E37 Final Conference Socio-economic perspectives of treated wood for the common European market, Bordeaux, France, 29/09/08.

    Service life of wooden materials – Mathematical modelling as a tool for evaluating the development of mould and decay. / Viitanen, Hannu; Peuhkuri, Ruut; Ojanen, Tuomo; Toratti, Tomi; Makkonen, Lasse.

    Final conference proceedings, Bordeaux, France, 29-30 September 2008, Sustainability through new technologies for enchanced wood durability “Socio-economic perspectives of treated wood for the common European market”. 2008. p. 85-96.

    Research output: Chapter in Book/Report/Conference proceedingConference article in proceedingsScientificpeer-review

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    AU - Viitanen, Hannu

    AU - Peuhkuri, Ruut

    AU - Ojanen, Tuomo

    AU - Toratti, Tomi

    AU - Makkonen, Lasse

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    N2 - Durability is defined "The ability of a product to maintain its required performance over a given time, under the influence of foreseeable actions, subject to normal maintenance". During their functional life, building components are exposed to moisture and other environment hazards in numerous ways, a fact that must be taken into account during manufacture and product development. For mould and decay development, different mathematical modelling exists based on laboratory and field studies. These can be used also for evaluating the different material properties for durability and service life of wooden products. In the future, the life time expectations and analyses of different building products will need more data on the durability of products, service life and resistance against mould and decay, not only data on wood material itself. The mould and decay models can be incorporated with climatic and building physic models to evaluate the effect of different exposure conditions on the durability and service life of wooden products. This paper presents state-of-art on modelling mould and decay of wooden structures exposed to climatic conditions.

    AB - Durability is defined "The ability of a product to maintain its required performance over a given time, under the influence of foreseeable actions, subject to normal maintenance". During their functional life, building components are exposed to moisture and other environment hazards in numerous ways, a fact that must be taken into account during manufacture and product development. For mould and decay development, different mathematical modelling exists based on laboratory and field studies. These can be used also for evaluating the different material properties for durability and service life of wooden products. In the future, the life time expectations and analyses of different building products will need more data on the durability of products, service life and resistance against mould and decay, not only data on wood material itself. The mould and decay models can be incorporated with climatic and building physic models to evaluate the effect of different exposure conditions on the durability and service life of wooden products. This paper presents state-of-art on modelling mould and decay of wooden structures exposed to climatic conditions.

    M3 - Conference article in proceedings

    SP - 85

    EP - 96

    BT - Final conference proceedings, Bordeaux, France, 29-30 September 2008, Sustainability through new technologies for enchanced wood durability “Socio-economic perspectives of treated wood for the common European market”

    ER -

    Viitanen H, Peuhkuri R, Ojanen T, Toratti T, Makkonen L. Service life of wooden materials – Mathematical modelling as a tool for evaluating the development of mould and decay. In Final conference proceedings, Bordeaux, France, 29-30 September 2008, Sustainability through new technologies for enchanced wood durability “Socio-economic perspectives of treated wood for the common European market”. 2008. p. 85-96