Botanik, Schädlingskunde

Lüdtke, M.; Brunn, W.; Liese, None

doi:10.1007/bf02603226

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Influence Of Decay On Timber Strength1

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2006

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“…This is generally the sapwood area, while the inner heartwood is much more durable. Liese and Stamer [16] studied the influence of brown rot on the compression strength. The fungi studied are the very common and comprised Merulius lacrimans, Coniophora cerebella, Serpula himantioide and Poria vaporaria.…”

Section: Influence Of Decay On Timber Strengthmentioning

confidence: 99%

Service life modelling of timber structures

Kuilen

2006

Mater Struct

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The service life of structures depends on many factors including the current status of the structures and the age, as well as the expected future use. In order to be able to make decisions on possible interventions, an overview is given of a number of methods available to determine the current state of a structure. Data taken from existing structures (foundations) with and without biological decay as well as literature have been analysed. It has been used to extent an existing damage model for timber structures that takes the load history into account into a model that allows for service life calculations on partly deteriorated structures. This comprises structures or structural elements that suffer for instance from (biological) decay or from drying cracks as is often found in foundations and historic timber structures.

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Section: Influence Of Decay On Timber Strengthmentioning

confidence: 99%

Service life modelling of timber structures

Kuilen

2006

Mater Struct

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show abstract

Botanik, Schädlingskunde

Cited by 1 publication

References 0 publications

Service life modelling of timber structures

Service life modelling of timber structures

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