How did the research turn out? What were the findings? Researchers themselves report briefly on the research they have undertaken with funding support from the Formas Research Council.
Editor: Margaretha Nordahl
Biofibres as the basis for well defined construction materials
Per Johan Gustafsson (project leader)
Summary of results with list of publications from Structural Mechanics, Lund University
Email: Per_J.Gustafsson@byggmek.lth.se

Build with flax and hemp.
Biofibres from annual fibre plants such as flax and industrial hemp have a considerable future potential as raw materials for the production of materials and products in the construction, vehicle, packaging and furniture industries. Flax and hemp are suitable for cultivation in the Nordic climate and their fibres have good mechanical properties, e.g. high strength and stiffness.
The most extensive application of agrofibre composites appears to be in the construction sector where the list of likely products extends from stressed skin elements and plates to loadbearing members, frames, insulation materials and silencers. Apart from cultivation tests and quality determination, the research goal also comprises a calculation model that enables properties to be predicted on the basis of given fibre properties. Through theoretical work and experimental tests, a mathematical simulation model is being developed which can describe the behaviour of the materials and faciltate design of the product.
Responsible for this page: Birgitta Bruzelius