A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Embedding and withdrawal resistance of screws on thermal treated wood
Tests were conducted at LNEC to assess withdrawal resistance and embedding strength of commercial heat treated wood (ThermoWood®) Thermo-D pine with various types of screws, to predict the short-term performance of screwed joints. These had in mind a suitable design and detailing of screwed joints in ThermoWood®, even in non-structural applications, where the wood components have to fulfil certain strength requirements and their assembly and fixings have to be strong enough to assure long-term performance and durability. Test results were analysed as a function of the material density, and compared to non-modified wood, in the light of common joint design principles. This work contributes to debate the suitability of using the equations given by Eurocode 5 (EN 1995-1-1:2004/A1, 2008) to the design of screwed joints in nonstructural ThermoWood®. ; The authors thank Jular Madeira for providing ThermoWood®, and SFSintec for the connectors and application devices used in this study and LNEC for the facilities. ; 4 ; 4 ; DE/NCE ; 2014 ; 10-12 de março
Embedding and withdrawal resistance of screws on thermal treated wood
Tests were conducted at LNEC to assess withdrawal resistance and embedding strength of commercial heat treated wood (ThermoWood®) Thermo-D pine with various types of screws, to predict the short-term performance of screwed joints. These had in mind a suitable design and detailing of screwed joints in ThermoWood®, even in non-structural applications, where the wood components have to fulfil certain strength requirements and their assembly and fixings have to be strong enough to assure long-term performance and durability. Test results were analysed as a function of the material density, and compared to non-modified wood, in the light of common joint design principles. This work contributes to debate the suitability of using the equations given by Eurocode 5 (EN 1995-1-1:2004/A1, 2008) to the design of screwed joints in nonstructural ThermoWood®. ; The authors thank Jular Madeira for providing ThermoWood®, and SFSintec for the connectors and application devices used in this study and LNEC for the facilities. ; 4 ; 4 ; DE/NCE ; 2014 ; 10-12 de março
Embedding and withdrawal resistance of screws on thermal treated wood
Cruz, H. (author) / Rodrigues, S. M. (author) / Gomes, A. (author) / Lina Nunes
2014-03-01
Conference paper
Electronic Resource
English
DDC:
690
| British Library Online Contents | 2011
| BASE | 2015
| BASE | 2015
Withdrawal resistance of screws in structural composite lumber made of poplar
| Online Contents | 2017