The effect of waveform and loading sequence on the low-cycle fatigue life of spruce was
investigated using parallel-to-grain compressive tests. Triangular, sinusoidal, and square …

Wood-based panels are subjected to cyclic panel shear load caused by wind and seismic
forces in such an application as the sheathing of bearing walls. The fatigue behavior of …

In this study, bending fatigue behavior of Japanese cedar and Selangan batu was
examined. A nonreversible triangular waveform with loading frequencies of 0.5 and 5 Hz …

The fatigue behavior of plywood specimens under shear through thickness was examined
on the basis of strain energy to obtain common empirical equations for the fatigue process …

The fatigue behavior of wood-based panels (plywood: PW, and oriented strandboard: OSB)
under cyclic shear load through the thickness was experimentally investigated. Test …

For plywood specimens under shear through the thickness, a fatigue life prediction method
based on strain energy has been newly developed with the fatigue process and failure …

A fatigue test was performed under axial-torsion combined loading, with the aim of
investigating fatigue damage in wood under multiaxial stresses. This research particularly …

Wood and wood composites have viscoelasticity, and show a hysteresis loop in the stress-
strain relationship during cyclic loading such that part of the mechanical work applied is …

The fatigue life of structural plywood under two-stage panel shear load was experimentally
examined. Two experimental conditions were determined for two-stage fatigue of plywood …

The aim of this paper is to study the behaviour and the lifetime of glued-laminated small
scale beams (GL) submitted to cyclic torsion. Experimental programmes have been carried …