Research at Linnaeus University

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Project: One-stop-shop business model for energy renovation of detached houses The goal of this study is to develop, implement and test a one-stop-shop business model for energy renovation of detached…
Doctoral project: Connection design for wind induced vibrations in tall timber buildings How to describe and control wind-induced vibrations in a tall timber building are the new challenging questions…
Doctoral project: Building systems of CLT and concrete – modelling and requirements during design Structures that are primarily built in wood today are commonly combined with additional structural…
Concrete structures Concrete structures is one of the research fields within the subject of building technology. It includes possible studies of all types of such structures: reinforced and…
Project: Sectoral readiness for deep renovation of detached households: from research to practice The purpose of this project was to enhance preparedness of the deep renovation sector. The project…
Project: Relationship between stiffness and moisture changes in CLT Cross-laminated timber (CLT) is produced by gluing boards together crosswise in layers and used as a construction material. In this…
Project: Performance prediction of a biobased product The aim of the project was to develop a prediction tool for laminated veneer products, to improve product performance by reducing rejects and…
Project: Research at Pilgatan, Varberg In the locality of Trönninge, near Varberg on the Swedish West coast, Derome is developing a new residential area. Two six-storey apartment buildings,…
Connections in Timber Structures Connections in Timber Structures is one of the research fields at the Department of Building Technology. We investigate the mechanical behaviour of connections at…
The Bridge A unique partnership between Södra, IKEA, and Linnaeus University that unites academia and industry for innovation and sustainability, focusing on forestry and wood.
Linnaeus University Centre for Competitive Timber Structures Linnaeus University Centre for Competitive Timber Structures (Lnuc TiSt) conducts internationally leading transdisciplinary research…
Project: Compression perpendicular to the grain in cross-laminated engineered wood-based products The aim of this project was a better prediction and exploitation of the properties of wood in…
Project: Low temperature district heating and new energy efficient building blocks In this project, cost, carbon dioxide and primary energy implications of heating new building blocks with low…
Project: Low energy bio-based society The aim of this project was to create strategic knowledge on how to develop a resource- and climate-efficient built environment in urban areas that is primarily…
Project: Silvicultural and wood use options for climate change adaptation and mitigation The project focuses on comprehensive system analysis of different silvicultural options for the county of…
Project: Sustainable composite floor system for circular construction business The aim of this project is to analyse the possibilities to solve the problems of circularity in the construction sector.…
Project: Strength grading of structural timber and glued laminated timber by laser scanning and three-dimensional structural modeling This project aims in particular at development of an accurate…
Project: Construction systems for resource-efficient and low-carbon buildings in a lifecycle perspective A key goal of this project was to generate new scientific knowledge on how the production phase…