Structural Engineering - Vol 2 | 23. STEEL CONNECTIONS by Abraham | Learn Smarter
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23. STEEL CONNECTIONS

23. STEEL CONNECTIONS

Bolted connections are examined in detail, highlighting their preference over rivets and welds in construction due to efficiency and reliability. Various types of bolts, specifically A325 and A490, are discussed along with their properties and applications. The chapter also differentiates between bearing and slip-critical connections while detailing the nominal strength of bolts and potential failure modes.

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  1. 23
    Steel Connections

    The section covers bolted connections in steel structures, emphasizing their...

  2. 23.1
    Bolted Connections

    Bolted connections are preferred in construction due to their efficiency...

  3. 23.1.1
    Types Of Bolts

    This section discusses the most common types of bolts used in steel...

  4. 23.1.2
    Types Of Bolted Connections

    This section introduces the two primary types of bolted connections:...

  5. 23.1.3
    Nominal Strength Of Individual Bolts

    The section explains the nominal tensile strength of individual bolts in...

What we have learnt

  • Bolted connections are favored for their efficiency and reduced labor compared to rivets.
  • A325 and A490 are the most common high-strength bolts used in construction.
  • The strength of a bolted connection can be affected by its design and the type of load it carries.

Key Concepts

-- Bolted Connections
Joint mechanism using bolts to connect structural elements.
-- High Strength Bolts
Bolts designed to withstand higher loads, primarily A325 and A490.
-- SlipCritical Connection
Type of bolted connection that transmits load through friction between surfaces.
-- Bearing Type Connection
Connection that transmits load through shear and bearing of the bolt.
-- Nominal Strength
Calculated strength of a single fastener based on tensile properties and area.

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