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

Optimal design of stretchers positions of mortise and tenon joint chair

Authors

  • Wen-Gang Hu

    Nanjing Forestry University, China

  • Wei-Lian Fu

    Nanjing Forestry University, China

  • Hui-Yuan Guan

    Nanjing Forestry University, China

Post Views: 67
Posted in WOOD RESEARCH Volume 63, Number 3, 2018Tagged chair, FEM, mortise-and-tenon, Optimal design, stretcher position

Search for a Keyword

Cite This Article

HU, FU, W. & GUAN, H. (2018): Optimal design of stretchers positions of mortise and tenon joint chair. In: Wood Research 63 (3), ISSN 1336-4561, VUPC (SDVU), 505-516 pp.

Articles in this Release

  • Antibacterial efficiency of silver and zinc-oxide nanoparticles in acrylate coating…

  • Effect of hygroscopicity of fire retardant on hygroscopicity of fire…

  • The effect of the relaxation time on the mechanical properties…

  • Visual simulation on dynamic accumulation of the differentiating xylem cells

  • The strength and termite resistance characteristics of fiberboards produced from…

  • Degradation features of archaeological wood surface to deep inside a…

  • Waste agglomerated wood materials as a secondary raw material for…

  • Determination of leaching features of wood surfaces colored by eco-friendly…

  • Analysis of cutting performance in high density fiberboard milling by…

  • Organosolv pulping of Calotropis procera by mono ethanol amine

  • Analysis of diagnostic methods for detecting the presence of gloeophyllum…

  • Technique to improve paint utilizing efficiency of wooden board during…

  • Wood quality of Paraserianthes falcataria L. nielsen syn wood from…

  • Optimal design of stretchers positions of mortise and tenon joint…

  • Hydrophobic properties of wood traeted with propolis-silane formulations

  • Cultural and creative product design based on biology characteristics of…

Copyright © 2024 Wood Research – VUPC, a.s. (Pulp and Paper Research Institute)