This document discusses riveted connections in steel structures. It describes the different types of rivets, including their shape and method of installation. Some key types are snap headed rivets, pan headed rivets, and flat counter sunk rivets. It also outlines the advantages and disadvantages of riveted connections. Advantages include ease of installation without electricity, while disadvantages include noise and required skilled labor. The document further explains different riveted joint configurations, including lap joints and butt joints, providing examples of single and double riveted versions of each. Finally, it briefly outlines potential failure modes of riveted connections, such as shear failure of rivets or plates, and bearing failure of plates or

1. Seminar
on
Connection
By
Manish Kumar Anshu

2. Connection:-
• The various members of a steel structure like tension
member, compression member, and flexural member
are connected by connection.
• Connection are of following types-
i) Rivet
ii) Bolts
iii) Pins
iv) Welds

3. Riveted connection
• The cylindrical portion of the rivet is called head or body and lower portion of
shank is known as tail.
• Rivet are made of mild steel or High tensile steel.
• Rivet consist of head and shank.

4. i) Ease of riveting processes.
ii) Rivet connection is
permanent in nature.
iii) Cheaper fabrication cost.
iv) Low maintenance cost.
v) Rivet connection is
possible without
electricity in any area.
vi) Dissimilar metal can also
be jointed even non
metallic joint are possible
with rivet joint.
i) Necessity of pre-
heating the rivet
prior to driving.
ii) High level of noise.
iii)Skilled work
necessary for
inspection of
connection.
iv)Labor cost is high.
Advantage of Rivet Disadvantage of Rivet

5. Types of rivet
A) Rivet are following types based on shape of rivet heads:-
i) Snap Headed Rivet

6. ii) Pan Headed Rivet

7. iii) Flat counter sunk rivet

8. iv)Round counter sunk rivet

9. B) Rivet are following type based on method and place
of driving of rivets.
i) Power Driven shop rivet
ii) Hand Driven shop rivet
iii) Field rivet
iv) Hot rivet
v) Cold driven rivet

10. Pitch Rivet line
Or, gauge line
Gauge length
Diagonal pitch
Staggered pitch
End distance
P
P
Edge
distance

11. Types of Rivet Joints
• Riveted joints are following types:-
i) Lap joint
ii) Butt joint
Lap joint:- In lap joint the members are connected together by
overlapping. The jointing of members are done by using one row
of rivet or more than one row of rivet.
 There are following types of Lap Joint-
I. Single riveted lap joint:-
A lap joint in which only one row of rivet is used is known as
single riveted lap joint.

12. II. Double riveted lap joint:-
A lap joint in which two row of rivet are used is
known as double riveted lap joint.
Double riveted lap joint
Rivet

13. ii) Butt joint:-
In butt joint two plates are connected end to end
and cover plates is provided either on one side or both side of
the main plates.
If cover plates is placed on one side of the main
plate it is known as single cover butt joint.
If the cover plates are placed on both side of main
plate it is known as double cover butt joint.
Cover plates
Rivet

14. There are following types of Butt joint-
i. Single riveted single cover butt joint:-
ii. Single riveted double cover butt joint:-
P
P
P
P
P
PP
P

15. iii. Double riveted single cover butt joint:-
iv. Double riveted double cover butt joint:-
P
P
P
P
P
PP
P

16. Shear failure of rivets:-
when shear stress in rivet exceed the permissible
shear stress of rivet.

17. Shear failure of plates:-
when rivet are placed very near to the edge of plate
than this failure can be a avoided by providing sufficient edge
distance

18. Tearing / Tension failure of plates:-
At the failure location tensile stress in plates exceeds
the permissible rivets.

19. Bearing failure of plates:-
When bearing stress in plates exceeds the
permissible limit than crossing of plate takes place.
Bearing failure of rivets:-
When plates are stronger than
rivets in bearing than bear is a
possibility that rivet may get crushed
around the half circumference.