The cellulose industry depends heavily on water owing to the hydrophilic nature of cellulose
fibrils and its potential for sustainable and innovative production methods. The emergence of …

This review summarizes the development of the experimental technique and analytical
method for using TD-NMR to study wood-water interactions in recent years. We briefly …

Abstract Knowledge on moisture transport in wood is important for understanding its
utilization, durability and product quality. Moisture transport processes in wood can be …

Timber constructions and engineered wood products exhibit a strong moisture-dependent
behavior, which needs to be sufficiently describable by models to avoid critical designs. For …

The cellular structure of food tissue is complex, and it is difficult to understand the
morphological changes during drying. Three different cellular environments, namely …

Liquid water uptake in an orthotropic, cellular, hierarchical and natural material namely
wood is investigated using neutron radiography. During water uptake in wood, liquid does …

Wood is a porous, hygroscopic material that can take up water both within cell walls (cell-
wall water) and in the macrovoid structure (capillary water). Therefore, moisture transport in …

Water dominates the wood cell wall in the hygroscopic range. The state and amount of cell
wall water influence the physical and mechanical properties of wood. 2D time-domain …

Moisture may significantly influence the dimensions and behavior of wooden elements and,
thus, it is important to consider within both serviceability as well as ultimate limit state …

We review the uses of nuclear magnetic resonance techniques for experiments with fluids.
More precisely we focus on the progress of knowledge in complex flows, rheology of …