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- 01HRYRY9CS558GK1WW4BHDJRZZ classification C1.
- 01HRYRY9CS558GK1WW4BHDJRZZ date "2023".
- 01HRYRY9CS558GK1WW4BHDJRZZ language "eng".
- 01HRYRY9CS558GK1WW4BHDJRZZ type conference.
- 01HRYRY9CS558GK1WW4BHDJRZZ hasPart 01HRYRYGJJTBFP7SSJAZHQT124.pdf.
- 01HRYRY9CS558GK1WW4BHDJRZZ subject "Technology and Engineering".
- 01HRYRY9CS558GK1WW4BHDJRZZ doi "10.23967/c.dbmc.2023.008".
- 01HRYRY9CS558GK1WW4BHDJRZZ presentedAt urn:uuid:5233a44c-1cd7-428c-96fc-13cfe6a27df9.
- 01HRYRY9CS558GK1WW4BHDJRZZ abstract "Bio-based building products are considered key in our future socio-economic environment, since they are a very relevant nature-based solution (NbS) to climate change. The statement of President von der Leyen (European commission) to turn the construction sector into a carbon sink is critical in this respect: bio-based materials should be used on a larger and more targeted scale in the future. The long-term use of materials is therefore very important since we need to improve the lifespan of renewable materials to increase its carbon sink potential. Hence wood is increasingly considered as a main building material. Service life aspects are critical in relation to the EU Construction Products Regulation (CPR). Traditional treatments to protect against fungal decay and the impact of fire are not always performing adequately and often environmental impact has been an important consideration. The option to enhance wood properties using innovative technologies can be combined with better definition of the expectations and requirements. Besides focusing on combined innovative treatments of the wood matrix, also envelope treatments similar to the use of coatings can be envisaged. This all should lead to an increased use of timber and engineered wood products for green building. This paper mainly focusses on the increased use and high potential of CLT (Cross Laminated Timber) and options to use hardwoods and modified wood (like TMT) in relation to moisture dynamics to come to fit-for-purpose material properties even under more hazardous circumstances.".
- 01HRYRY9CS558GK1WW4BHDJRZZ author 1DE12AAE-6888-11E5-AD70-3415B5D1D7B1.
- 01HRYRY9CS558GK1WW4BHDJRZZ author 1c4ade80-d0d9-11ed-95cd-ee3886d36931.
- 01HRYRY9CS558GK1WW4BHDJRZZ author 37329426-F0EE-11E1-A9DE-61C894A0A6B4.
- 01HRYRY9CS558GK1WW4BHDJRZZ author 3AEA5496-F0EE-11E1-A9DE-61C894A0A6B4.
- 01HRYRY9CS558GK1WW4BHDJRZZ author 3CC35236-F0EE-11E1-A9DE-61C894A0A6B4.
- 01HRYRY9CS558GK1WW4BHDJRZZ author F4ACC52C-F0ED-11E1-A9DE-61C894A0A6B4.
- 01HRYRY9CS558GK1WW4BHDJRZZ author F6571206-F0ED-11E1-A9DE-61C894A0A6B4.
- 01HRYRY9CS558GK1WW4BHDJRZZ author aeadfc4d-05a0-11ea-8175-8898b053cb81.
- 01HRYRY9CS558GK1WW4BHDJRZZ dateCreated "2024-03-14T15:22:55Z".
- 01HRYRY9CS558GK1WW4BHDJRZZ dateModified "2024-07-09T15:42:07Z".
- 01HRYRY9CS558GK1WW4BHDJRZZ editor urn:uuid:24fc359d-6b16-43d4-b471-ab36cb124af9.
- 01HRYRY9CS558GK1WW4BHDJRZZ editor urn:uuid:768af826-bce9-4eb7-beb6-94e3f1ac02c9.
- 01HRYRY9CS558GK1WW4BHDJRZZ name "Combining wood protection options to enhance resistance against decay and improve fire safety of engineered wood products like CLT".
- 01HRYRY9CS558GK1WW4BHDJRZZ pagination urn:uuid:34679376-99d3-4320-aecf-bdba39231c99.
- 01HRYRY9CS558GK1WW4BHDJRZZ publisher urn:uuid:d3f2afba-acb8-448d-ae93-6b44726a442f.
- 01HRYRY9CS558GK1WW4BHDJRZZ sameAs LU-01HRYRY9CS558GK1WW4BHDJRZZ.
- 01HRYRY9CS558GK1WW4BHDJRZZ sourceOrganization urn:uuid:5ae1e8dc-15d2-478b-b23d-1cd2147b4712.
- 01HRYRY9CS558GK1WW4BHDJRZZ sourceOrganization urn:uuid:8cfd26f1-1f63-45bb-8832-a6f61bfc8419.
- 01HRYRY9CS558GK1WW4BHDJRZZ type C1.