The time-dependent change in wood moisture content in the hygroscopic range and thus below the fiber saturation point is an important parameter in timber engineering. However, it is a challenge to accurately record this value in structural elements over the long term and under temperature gradients. This dissertation improves the measurement techniques for in-situ wood moisture monitoring in different types of wood and under thermal influences as a contribution to advance sustainable building construction.
«
The time-dependent change in wood moisture content in the hygroscopic range and thus below the fiber saturation point is an important parameter in timber engineering. However, it is a challenge to accurately record this value in structural elements over the long term and under temperature gradients. This dissertation improves the measurement techniques for in-situ wood moisture monitoring in different types of wood and under thermal influences as a contribution to advance sustainable building co...
»