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Marie Johansson

Forskare

Tel

+46 10 516 62 51

Email

marie.johansson@ri.se

Location

Växjö

ORCID

0000-0001-5319-4855

Primarily working on the development of wood technology and timber construction, often related to tall wooden buildings, construction, joints, prefabrication, and the material properties of wood. With a background as a researcher at Chalmers University of Technology and Linnaeus University, I have many years of experience teaching structural engineering with a focus on timber construction.

Project leader for research projects such as "Dynamic response of tall wooden buildings to wind loads" and "Tall wooden buildings - a concept study", as well as projects on strength grading of birch timber. I also serve as a process leader for RISE's collaboration with Svenskt Trä and TMF. Additionally, I have assignments for the Swedish Forest Industries Federation within Bioinnovation and in the National Support Group to the Forest-based Technology Platform.

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Publications

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Quality description of sawn birch

The proportion of birch in southern Swedish forests is increasing at a faster rate than other tree species. Its use is currently almost exclusively limited to pulp production and firewood. To improve forest owners' incentives to m…

Sustainable foundations for industrially manufactured houses

Traditional foundations of concrete, steel and insulation account for 15-40% of CO2 emissions when constructing new buildings with wooden frames. By using alternative materials and innovative construction solutions, there is poten…

Rational building systems for medium to long-span timber structures

Building systems for timber structures, which reduces construction cost and climate impact.

Increasingly tall timber buildings

Interest in building with timber is growing and players in the construction industry are choosing to distinguish themselves by taking on the challenge of building really high with timber, up to and above 20 floors. The challenge d…

Wind turbine towers of the future is developed from wood

In Skara, the world's tallest wooden wind turbine tower is currently being erected. Modvion is building the unique wooden structure that reaches a height of 105 metres. Why do you want to replace the commonly used steel with wood?…

Beyond spruce and pine - 'new' wood species in sawmills

limate change, biodiversity requirements and ecosystem conservation raise questions about the future. What types of wood will we have access to in the future? RISE has examined the potential of our third most common tree species, …

The road to a circular wood value chain

In the field of wood technology at RISE, many individual activities are ongoing, but they are also parts of a whole to support the development of a circular wood value chain. By creating a circular wood value chain, we utilize raw…

Carbon sequestration

RISE provides expert knowledge on life cykel analysis and calculation of carbon sequestration potential for long-life wooden buildings and biochar. Biochar provides a long-term carbon sink and the material can be used as soil impr…

Wood-based Products

Wood-based Products cover the entire value chain from structural timber to EWP or Engineered Wood Products such as Cross Laminated Timber (CLT), LVL, laminated wood, wood-based board materials and wood-based materials and products…

Timber engineering

Building with wood has increased strongly since 1994, when the changed European design standard meant that buildings with more than two storeys could be built. Since then, interest in the area has grown with more large and tall wo…

Publications

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