AISC Design Guide 17: High Strength Bolts--A Primer for Structural Engineers, 2002 Edition - Table of Contents:

• Introduction
  • Purpose and Scope
  • Historical Notes
  • Mechanical Fasteners
  • Types of Connections
  • Design Philosophy
  • Approach Taken in this Primer
• Static Strength of Rivets
  • Introduction
  • Rivets Subject to Tension
  • Rivets in Shear
  • Rivets in Combined Tension and Shear
• Installation of Bolts and Their Inspection
  • Introduction
  • Installation of High-Strength Bolts
  • Turn-of-Nut Installation
  • Calibrated Wrench Installation
  • Pretensions Obtained using Turn-of-Nut
  • and Calibrated Wrench Methods
  • Tension-Control Bolts
  • Use of Direct Tension Indicators
  • Selection of Snug-Tightened or
  • Pretensioned Bolts
  • Inspection of Installation
  • Genera
  • Joints Using Snug-Tight Bolts
  • Joints Using Pretensioned Bolts
  • Arbitration
• Behavior of Individual Bolts
  • Introduction
  • Bolts in Tension
  • Bolts in Shear
  • Bolts in Combined Tension and Shear
• Bolts in Shear Splices
  • Introduction
  • Slip-Critical Joints
  • Bearing-Type Joints
  • Introduction
  • Bolt Shear Capacity
  • Bearing Capacity
  • Shear Lag
  • Block Shear
• Bolts in Tension
  • Introduction
  • Single Fasteners in Tension
  • Bolt Force in Tension Connections
• Fatigue of Bolted and Riveted Joints
  • Introduction
  • Riveted Joints
  • Bolted Joints
  • Bolted Shear Splices
  • Bolts in Tension Joints
• Special Topics
• Introduction
• Use of Washers in Joints with Standard Holes
• Oversize or Slotted Holes
• Use of Long Bolts or Short Bolts
• Galvanized Bolts
• Reuse of High-Strength Bolts
• Joints with Combined Bolts and Welds
• Surface Coatings
• References
• Index