My research focus is on the interaction between wood and water on the nano-scale. This interaction is at the heart of all engineering applications of wood; from long-term deformations of wood structures to durability and deterioration of wood facades. Often, water has a negative effect on the performance of wood, i.e. by causing excessive deformations and facilitating biological degradation, all in all decreasing the service life of wood structures. Therefore, predicting the performance of wood structures in various climatic conditions necessitates fundamental knowledge about the complex interaction between water and wood.

My research targets a better understanding of the physical mechanisms by which water affects wood. The goal is to understand how the nanoscale behaviour affects the observed macroscale performance of wood. Ultimately, this knowledge can be used to facilitate new and improved ways of dealing with water in wood: from development and optimisation of chemical modifications of wood to improvement of our design guides for wood structures.

CV

Education

2008 - 2011 Industrial PhD, Materials Science - Technical University of Denmark
2001 - 2007 MSc, Civil Engineering - Technical University of Denmark

Academic grades

MSc

PhD

Professional experience

2008 - 2012 Consultant - Danish Technological Institute, Wood Technology

International experience

Member of Management Committee for COST Action FP1303 "Performance of bio-based building materials" (http://www.cost.eu/domains_actions/fps/Actions/FP1303)

Member of Management Committee for COST Action FP0904 "Thermo-Hydro-Mechanical Wood Behaviour and Processing" (http://www.cost-fp0904.ahb.bfh.ch)

Member of Working Group 2 for COST Action FP0802 "Experimental and Computational Micro-Characterisation Techniques in Wood Mechanics"  (http://cost-fp0802.tuwien.ac.at/)

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