Experimental and theoretical investigations on moulded wooden tubes made of beech (Fagus sylvatica L.)
JU Hartig, J Wehsener, P Haller - Construction and Building Materials, 2016 - Elsevier
JU Hartig, J Wehsener, P Haller
Construction and Building Materials, 2016•ElsevierWood moulding is a novel technique for producing structural elements of solid wood by
plastic forming. The technique is applied to beech (Fagus sylvatica L.) to produce relatively
thin walled, hollow profiles of structural size for building purposes. The principles of wood
moulding are presented by analytical equations and results of experimental investigations
on densification and compression set recovery. The load-bearing behaviour of tubes of
structural size under axial compression is shown. Moreover, the effect of glass-fibre …
plastic forming. The technique is applied to beech (Fagus sylvatica L.) to produce relatively
thin walled, hollow profiles of structural size for building purposes. The principles of wood
moulding are presented by analytical equations and results of experimental investigations
on densification and compression set recovery. The load-bearing behaviour of tubes of
structural size under axial compression is shown. Moreover, the effect of glass-fibre …
Abstract
Wood moulding is a novel technique for producing structural elements of solid wood by plastic forming. The technique is applied to beech (Fagus sylvatica L.) to produce relatively thin walled, hollow profiles of structural size for building purposes. The principles of wood moulding are presented by analytical equations and results of experimental investigations on densification and compression set recovery. The load-bearing behaviour of tubes of structural size under axial compression is shown. Moreover, the effect of glass-fibre reinforced plastics as confinement was investigated. The experiments revealed a load-bearing capacity of the unreinforced tubes under axial compression of about 60 N/mm2.
Elsevier
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