Skip to main content
Home
MATHalino
Engineering Mathematics
 
  • Home
    • Tweets
    • Recent
    • Glossary
    • Popular
  • Reviewers
    • College Algebra
      • Engineering Economy
      • Derivation of Formulas
      • General Engineering
    • Plane Trigonometry
      • Spherical Trigonometry
    • Plane Geometry
      • Solid Geometry
      • Analytic Geometry
    • Differential Calculus
      • Integral Calculus
      • Differential Equations
      • Advance Engineering Mathematics
    • Engineering Mechanics
      • Strength of Materials
      • Theory of Structures
    • Civil Engineering
      • CE Board: Math
      • CE Board: Hydro Geo
      • CE Board: Design
      • More CE Reviewers
        • Surveying
        • Hydraulics
        • Reinforced Concrete Design
        • Timber Design
        • Geotechnical Engineering
  • Blogs
  • Forums
  • Exams
  • Courses
  • Videos
  • Help
  • Log in/Register
Log in/Register
  • Create new account
  • Request new password
Home » Timber Design

Bolted Connection

Spacing of Bolts / Nails / Screws
 

spacing-of-bolts-nails.gif
Spacing Formula
$s = \dfrac{RI}{VQ}$   or   $s = \dfrac{R}{q}$
Shear Flow Formula
$q = \dfrac{VQ}{I}$

Where
s = spacing of bolts
R = shear capacity of bolts
I = moment of inertia of the section about the neutral axis
V = maximum shear
Q = moment of area
 

Tags: 
Spacing of Bolts
Spacing of Rivets
Spacing of Screws
Spacing of Nails
shear flow
  • Example 01: Spacing of Screws in Box Beam made from Rectangular Wood
  • Example 02: Maximum Concentrated Load a Box Beam Can Carry
‹ Example 04: Required Depth of Rectangular Timber Beam Based on Allowable Bending, Shear, and Deflection up Example 01: Spacing of Screws in Box Beam made from Rectangular Wood ›
  • Add new comment
  • 16860 reads

More Reviewers

Algebra
Engineering Mechanics
Spherical Trigonometry
Structural Analysis
Plane Trigonometry
Strength of Materials
Solid Geometry
General Engineering
Plane Geometry
Derivation of Formulas
Analytic Geometry
Surveying and Transportation Engineering
Differential Calculus
Fluid Mechanics and Hydraulics
Integral Calculus
Timber Design
Elementary Differential Equations
Geotechnical Engineering
Engineering Economy
Reinforced Concrete Design
Advance Engineering Mathematics

Timber Design

  • Bending Stress and Shearing Stress in Timber Beam
  • Bolted Connection
    • Example 01: Spacing of Screws in Box Beam made from Rectangular Wood
    • Example 02: Maximum Concentrated Load a Box Beam Can Carry
  • Notching on Beams
  • Allowable loads on one bolt in seasoned wood loaded at both ends in normal duration
  • Group Species of Philippine Woods
  • Properties of Philippine Woods at 50% Grade
  • Properties of Philippine Woods at 80% Grade

Follow @iMATHalino

 

 

MATHalino
Home • Forums • Blogs • Glossary • Recent
About • Contact us • Terms of Use • Privacy Policy • Hosted by Linode • Powered by Drupal
MATHalino - Engineering Mathematics • Copyright 2023 Jhun Vert • All rights reserved
View Stat Details