10:30am - 10:50amThe influence of moisture transport models on the mechanical behavior of wood
S. Huč1, U. Rodman1, S. Svensson2
1University of Ljubljana, Slovenia; 2University of Borås, Sweden
10:50am - 11:10amThermodynamic modeling of kiln wood drying for energy efficiency and sustainability in forestry
E. Hajian1, J. A. J. Huber1, L. Hansson2
1Luleå University of Technology, Sweden; 2Norwegian University of Science and Technology, Norway
11:10am - 11:30amQuantification of poplar veneer deformation for modeling wood drying processes
C. Kachouh, J. Viguier, S. Girardon, T. Marcel-Mathey, L. Denaud
Art et Métier Institute of Thechnology, LaBoMaP, France
11:30am - 11:50amMultiphase modeling of wood decay under fungal attack supported by LFNMR experiments
R. Dsouza1, T. Belt2, S. Fortino1
1VTT Technical research center Finland, Finland; 2Natural Resources Institute, Finland
11:50am - 12:10pmDevelopment and validation of a novel two-step hygroscopic deformation model for wood
B. Sandor, J. Tieben, R. Griffith
Holzforschung Austria, Austria
12:10pm - 12:30pmComparing DVC tools for quantifying hygroscopic deformation in lignocellulosic tissues
K. Ulrich1, F. Scheckenbach2, T. M. Wong3, B. Zeller-Plumhoff3,4, T. Masselter1, T. Speck1, L. Hesse2,1
1University of Freiburg, Germany; 2University of Hamburg, Germany; 3Helmholtz-Zentrum Hereon, Germany; 4University of Rostock, Germany
|