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

Numerical study on effects of tenon sizes on withdrawal load capacity of mortise and tenon joint

Authors

  • Tianxing Zhang

    Wuyi University, China

  • Wengang Hu

    Nanjing Forestry University, China

Post Views: 47
Posted in WOOD RESEARCH Volume 66, Number 2, 2021Tagged finite element method, mortise and tenon joint, tenon size effect, Withdrawal load capacity

Search for a Keyword

Cite This Article

ZHANG, T. & HU, W. (2021): Numerical study on effects of tenon sizes on withdrawal load capacity of mortise and tenon joint. In: Wood Research 66 (2), 321-330 pp., available at: doi.org/10.37763/wr.1336-4561/66.2.321330

Articles in this Release

  • Development and validation of an analytical method for condensed tannin…

  • Tensile properties of surface modified bamboo slices coated with epoxy…

  • Comparative analysis of static and dynamic MoE of pannónia poplar…

  • Influence of the environmental pollution on the distribution and polymerization…

  • Preparation The Rose-like hydrophobic surface of wood based materials by…

  • Elimination of adhesive impurities of the recovered paper in flotation…

  • Mechanical properties of polish-grown Pinus Sylvestris L. structural sawn timber…

  • Changes in gross calorific value of thermally treated scots pine…

  • Effects of different flame retardant treatments on the combustibility of…

  • Physical and mechanical characterization of Planchonella Pachycarpa wood species for…

  • Porosity and pore size distribution of recent and ancient buried…

  • Influence of kraft lignin on the properties of rubber composites

  • Internal cause analysis of damage of wooden components in danxia…

  • Bending characteristics of laminated wood composites constructed with black pine…

  • Numerical study on effects of tenon sizes on withdrawal load…

Copyright © 2023 Wood Research – VUPC, a.s. (Pulp and Paper Research Institute)