Skip to content
Wood Research
Menu
  • Home
  • Author guidelines
  • Journal Issues
  • Contact

Fracture Testing of Edge-Notched Timber Beams with Different Growth Ring Orientations

Authors

  • Tamás Király

    University of Sopron, Hungary

  • Zsolt Karácsonyi

    University of Sopron, Hungary

Post Views: 126
Posted in WOOD RESEARCH Volume 68, Number 3, 2023Tagged 3-point bending, earlywood and latewood, fracture test, Norway spruce (Picea abies), tension and compression

Search for a Keyword

Cite This Article

KIRALY, T. & KARACSONYI, Z. (2023): Fracture Testing of Edge-Notched Timber Beams with Different Growth Ring Orientations. In: Wood Research 68 (3), 558-571 pp., available at: doi.org/10.37763/wr.1336-4561/68.3.558571

Articles in this Release

  • Changes in Hemicellulose Structure Associated with the Transition from Earlywood…

  • Effect of Anatomical Structure on Dimensional Stability of Low Molecular…

  • Investigation of Bending Strength of Tannin Impregnated Wooden Beams after…

  • Relationship between Wood Anatomical Features and Surface Roughness Characteristics

  • Effects of Pressing Temperature and Compression Ratio on Density Distribution…

  • Effect of Water Absorption on the Mechanical Properties of Silane-Treated…

  • Determination of Urea-Formaldehyde Resin Content in Poplar Fiber Based on…

  • Suitability of Aspen (Populus Tremula L.) for Cross-Laminated Timber (CLT)

  • Mechanical Properties of PF and MUF Bonded Juvenile Hybrid Eucalyptus…

  • The Potential of Producing High Added Value Structural Timber from…

  • Characterization of the Burning of Oriented Strand Boards Exposed to…

  • Fracture Testing of Edge-Notched Timber Beams with Different Growth Ring…

  • Possibility of Using Crude and Expanded Vermiculite in Cement-Bonded Particleboard…

  • Comparative Study between the Chemi-Thermo Mechanical Pulping from Eucalyptus spp.,…

  • Short notes: A Chemotaxonomic Study of the Resins from Three…

  • Optimisation of energy consumption in paper production. Review

Copyright © 2025 Wood Research – VUPC, a.s. (Pulp and Paper Research Institute)