The document outlines various types of gears, including straight spur, helical, herringbone, bevel, spiral bevel, hypoid, planetary, worm, and rack and pinion, each with unique applications and advantages in mechanical systems. Additionally, it mentions a corporate training and placement program, highlighting collaborations with notable companies, and financial support for workshops under TEQP-III. The information showcases the versatility of gears in engineering and their importance in different mechanical functions.

1. Types of
gear
1

2. Straight
spur
A spur is a lateral ridge or
tongue of land descending
from a hill, mountain or
main crest of a ridge. 2

3. Helical Spur
Helical gears last longer and are
ideal for high-load applications,
since they have a higher number
of teeth in contact. Load is at all
times distributed among several
axes, which produces less wear.
3

4. Herringbone
Used for transmitting power
between parallel shafts. It was
developed to overcome the
disadvantage of the high-end
thrust that is present with single-
helical gears.
4

5. Plain Bevel
Bevel gears are gears where the
axes of the two shafts intersect
and the tooth-bearing faces of the
gears themselves are conically
shaped.
5

6. Spiral Bevel
Spiral bevel gears are bevel gears
whose axes intersect, often at a
90-degree angle. The teeth are
cut with a slight curve along their
length and an involute profile.
6

7. Hypoid
Hypoid gears are normally used in
right-angle drives associated with
the axles of automobiles. Hypoid
gears are a unique category of spiral
bevel gears that are used to transmit
rotational power between two shafts
at right angles.
7

8. Planetary
Planetary gear sets are used in automatic
transmissions, and they include a ring
gear, planet carrier and sun gears.
Securing the sun gear or the planet
carrier produces different ratios. High
efficiency due to low rolling power. Almost
unlimited transmission ratio options due
to combination of several planet stages.
8

9. Worm
Used as high-ratio reductions to change
the direction of shaft rotation and to
decrease speed and increase torque
between non-parallel rotating shafts.
9

10. Rack and
Pinion
A rack and pinion are used when
converting rotational movement to linear
motion (or vice versa). It make good
actuators for quarter-turn butterfly and
ball valves where the arc of travel is
limited to a fixed angle such as 90°.
10

11. Special thanks 
Highest package of
12.00 Lakh/Annum is
provided
Organized event on
Renewable Energy
Sources under
BRIGHT IDEA
sponsored by CREDA
Signed Corporate
Training and
Placement TIE UPS
with Infosys Campus
Connect, Genpact,
Barclay (GTT), TATA
Technologies & HERE
Map (Nokia).
Received grant for
Workshops/Seminars
under TEQIP-III
11
RSR Rungta College of Engineering and Technology