When wood materials are used for a mechanical structure, the fatigue strength should be estimated due to repeated loads they receive. This paper reveals that the methods to calculate allowable stresses along with American Society for Testing and Materials (ASTM) and Architectural Institute of Japan (AIJ) can take the strength reduction due to fatigue into account because the ASTM/AIJ allowable stresses against the static strength closely resemble the fatigue limit against the wood static strength
Douglas-fir specimens matched to specimens previously tested under sustained constant bending loads ...
This study aims to investigate and understand the nature of Acacia mangium axial fatigue strengths u...
Wood, as natural composite material, is generally considered to have a good resistance against fatig...
In this study, bending fatigue behavior of Japanese cedar and Selangan batu was examined. A nonrever...
A study was undertaken to evaluate the edge-wise static and fatigue strengths of oil palm wood, as t...
A fatigue test was performed under axial-torsion combined loading, with the aim of investigating fat...
Knowledge of the strength of wood and wood-based materials is an important basis for the calculation...
Fatigue strength of wood under cyclic tension-torsion combined loading was investigated experimental...
The aim of present study was to create a theoretical model that allowed, with security and reliabili...
When wood is used as a structural material, the fact that it is a highly inhomogeneous material, whi...
The objective of this work is to study wood fatigue behaviour under mode I loading. The double canti...
Oil palm wood (OPW) and oil palm empty fruit bunches based particleboard (OPEFBP) furniture componen...
In product design, the focus is increasingly shifting towards optimizing and increasing the efficien...
Timber as a structural material has experienced a revival for aspects related to sustainability, pos...
Wood is prone to deterioration that reduces its load bearing capabilities. Periodically, older woode...
Douglas-fir specimens matched to specimens previously tested under sustained constant bending loads ...
This study aims to investigate and understand the nature of Acacia mangium axial fatigue strengths u...
Wood, as natural composite material, is generally considered to have a good resistance against fatig...
In this study, bending fatigue behavior of Japanese cedar and Selangan batu was examined. A nonrever...
A study was undertaken to evaluate the edge-wise static and fatigue strengths of oil palm wood, as t...
A fatigue test was performed under axial-torsion combined loading, with the aim of investigating fat...
Knowledge of the strength of wood and wood-based materials is an important basis for the calculation...
Fatigue strength of wood under cyclic tension-torsion combined loading was investigated experimental...
The aim of present study was to create a theoretical model that allowed, with security and reliabili...
When wood is used as a structural material, the fact that it is a highly inhomogeneous material, whi...
The objective of this work is to study wood fatigue behaviour under mode I loading. The double canti...
Oil palm wood (OPW) and oil palm empty fruit bunches based particleboard (OPEFBP) furniture componen...
In product design, the focus is increasingly shifting towards optimizing and increasing the efficien...
Timber as a structural material has experienced a revival for aspects related to sustainability, pos...
Wood is prone to deterioration that reduces its load bearing capabilities. Periodically, older woode...
Douglas-fir specimens matched to specimens previously tested under sustained constant bending loads ...
This study aims to investigate and understand the nature of Acacia mangium axial fatigue strengths u...
Wood, as natural composite material, is generally considered to have a good resistance against fatig...