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CONCEPT OF CONSRTUCTION
EQUIPMENTS
B.E.- 6th Sem. - CIVIL ENGINEERING
SARDAR PATEL COLLEGE
OF ENGINEERING,BAKROL
ADVANCED CONSTRUCTION EQUIPMENTS
PREPARED BY:
PATEL PURAV(141240106052)
ANGHAN JIGAR(141240106002)
GUJARATI AMIT(151243106008)
HEAD OF DEPARTMENT:
PROF. NIKUNJ PATEL
SUBMITTED TO:
PROF. RAJU PRAJAPATI
Introduction
 In the case of huge construction projects;
 Proper use of the appropriate equipment contributes to
economy, quality, safety, speed and timely completion of a
project.
 Equipment are use for highway projects, irrigation,
buildings, power projects etc.
 15-30% of total project cost has been accounted towards
equipment and machinery.
2
Classification of Construction Equipment
1. Earth-moving equipment
2. Hauling equipment
3. Hoisting equipment
4. Conveying equipment
5. Aggregate and concrete production equipment
6. Pile-driving equipment
7. Tunneling and rock drilling equipment
8. Pumping and dewatering equipment
3
Operations involved in construction of
any project
 Excavation
 Digging of large quantities of earth
 Moving them to distances which are sometimes fairly long
 Placement
 Compacting
 Leveling
 Dozing
 Grading
 Hauling
4
EXCAVATING AND EARTH MOVING EQUIPMENT
 Power shovel
 Back hoe
 Drag line
 Clam shell
 Scrapers
 Bull dozer
5
POWER SHOVEL
 To excavate the earth and to load the trucks
 capable of excavating all types of earth except hard rock
 size varies from 0.375m3 to 5m3 .
 Basics parts of power shovel including the track system,
cabin, cables, rack, stick, boom foot-pin, saddle block,
boom, boom point sheaves and bucket.parts of power
shovel including the track system, cabin, cables, rack,
stick, boom foot-pin, saddle block, boom, boom point
sheaves and bucket.
6
APPLICATIONS
 Suitable for close range of work
 Capable of digging very hard materials,
 can remove big sized boulders.
 It is used in various types of jobs such as digging in
gravel banks, clay pits, digging cuts in road works,
road-side berms, etc.
7
constructionequipment
Factors affecting output of power shovel
 Class of material
 Depth of cutting
 Angle of swing
 Job condition
 Management condition
 Size of hauling units
 Skill of the operator
 Physical condition of the shovel
8
constructionequipment
OLD  NEW
9
BACK HOE
 Also known as hoe, back shovel and pull shovel
 It is used to excavate below the natural surface on which it
rests.
 Generally used to excavate trenches, pits for basements and
also for grading works, which requires precise control of
depths.
 The basic parts are boom, Jack boom, Boom foot drum,
Boom sheave, Stick sheave, Stick, Bucket and Bucket
sheave
10
Back hoe
11
Application
 It is the most suitable machine for digging below the
machine level, such as, trenches, footings, basements etc.
 It can be efficiently used to dress or trim the surface
avoiding the use of manual effort for dressing the excavated
the surface.
12
Drag line
 The drag line is so name because of its prominent operation of dragging
the bucket against the material to be dug.
 Unlike the shovel, it has a long light crane boom and the bucket is
loosely attached to the boom through cables.
 Because of this construction, a dragline can dig and dump over larger
distances than a shovel can do.
 Drag lines are useful for digging below its track level and handling softer
materials.
 The basic parts of a drag line including the boom, hoist cable, drag cable,
hoist chain, drag chain and bucket.
13
Application
 It is the most suitable machine for dragging softer material
and below its track level
 It is very useful for excavating trenches when the sides are
permitted to establish their angle of repose without shoring.
 It has long reaches.
 It is mostly used in the excavation for canals and depositing
on the embankment without hauling units.
14
DRAG LINE
15
Clam shell
 This is so named due to resemblance of its bucket to a clam
which is like a shell-fish with hinged double shell.
 The front end is essentially a crane boom with a specially
designed bucket loosely attached at the end through cables as
in a drag line.
 The capacity of a clam shell bucket is usually given in cubic
meters.
 The basic parts of clam shell bucket are the closing line,
hoist line, sheaves, brackets, tagline, shell and hinge.
16
Application
 Used for handling loose material such as crushed stone,
sand, gravel, coal etc.
 Main feature is vertical lifting of material from one location
to another.
 Mainly used for removing material from coffer dam, sewer
main holes, well foundations etc.
17
CLAM SHELL
18
Comparison between different types of equipment
s.no. Items of comparison Power
shovel
Back hoe Drag line Clam shell
1 Excavation in hard soil
or rock
Good Good Not good Poor
2 Excavation in wet soil
or mud
Poor Poor Moderately
good
Moderately
good
3 Distance between
footing and digging
Small Small Long Long
4 Loading efficiency Very good Good Moderately
good
Precise but
slow
5 Footing required Close to
work
Close to pit Fairly away
from pit
Fairly away
from pit
6 Digging level Digs at or
above
footing level
Digs below
footing level
Digs below
footing level
Digs at or
below footing
level
7 Cycle time Short Shortly more
than power
shovel
More than
power shovel
More than the
other
equipment
19
constructionequipment
TRENCHING MACHINE
 Used for excavating
trenches for laying
pipelines, sewer,
cables etc.
 Operation is quick
giving the required
depth or width.
 Two types of
trenching machine
wheel type, ladder
type 20
constructionequipment
Scrapers
 Unique machine for digging and long-distance hauling of
plough able materials.
 self-operating machine
 It is not dependent on other equipment.
 Wheels of machine cause some compaction.
 The basic parts of scrapers are the bowl, apron and tail gate
or ejector.
21
SCRAPER
22
Bull dozer
 The heavy blade attached to the tractor pushes the material
from one place to another.
 The tractor can be of the crawler or the wheeled type.
 Classification of bull dozer
1. Position of blades
a) Bull dozers in which the blade perpendicular to the direction
of movement
b) Angle dozers in which the blade is set at an angle with the
direction of movement.
23
2. Based on mountings
a) Wheel mounted
b) Crawler mounted
3. Based on the control
a) Cable controlled
b) Hydraulically controlled
24
Bull dozer
25
constructionequipment
Applications
Bull dozers are mainly used for the following operations
1. For spreading the earth fill
2. For opening up pilot roads through mountainous and rocky
terrains.
3. Clearing construction sites.
4. Maintaining haul roads
5. Clearing land from the trees and stumps
6. back-filling trenches at construction sites by dragging the
earth from one place to another
26
TRACTOR
27
Comparison between crawler and wheeled
tractors
Crawler type Wheeled type
1. Slow speed 1. Greater speed
2. More compact and powerful and
can handle heavier jobs
2. Con handle only lighter jobs
3. costly 3. cheaper
4. Cost of operation and
maintenance is high
4. Operational and maintenance cost
is less
5. Stick control for steering 5. Wheel steering control
6. Moves on rough roads only 6. Moves on rough as well as good
roads
7. Used for short distances 7.Used for longer distances
8. Requires skillful operation,
maintenance and repairs
8. Lesser skills required for
operations, maintenance and repairs
28
29

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construction equipment

  • 1. CONCEPT OF CONSRTUCTION EQUIPMENTS B.E.- 6th Sem. - CIVIL ENGINEERING SARDAR PATEL COLLEGE OF ENGINEERING,BAKROL ADVANCED CONSTRUCTION EQUIPMENTS PREPARED BY: PATEL PURAV(141240106052) ANGHAN JIGAR(141240106002) GUJARATI AMIT(151243106008) HEAD OF DEPARTMENT: PROF. NIKUNJ PATEL SUBMITTED TO: PROF. RAJU PRAJAPATI
  • 2. Introduction  In the case of huge construction projects;  Proper use of the appropriate equipment contributes to economy, quality, safety, speed and timely completion of a project.  Equipment are use for highway projects, irrigation, buildings, power projects etc.  15-30% of total project cost has been accounted towards equipment and machinery. 2
  • 3. Classification of Construction Equipment 1. Earth-moving equipment 2. Hauling equipment 3. Hoisting equipment 4. Conveying equipment 5. Aggregate and concrete production equipment 6. Pile-driving equipment 7. Tunneling and rock drilling equipment 8. Pumping and dewatering equipment 3
  • 4. Operations involved in construction of any project  Excavation  Digging of large quantities of earth  Moving them to distances which are sometimes fairly long  Placement  Compacting  Leveling  Dozing  Grading  Hauling 4
  • 5. EXCAVATING AND EARTH MOVING EQUIPMENT  Power shovel  Back hoe  Drag line  Clam shell  Scrapers  Bull dozer 5
  • 6. POWER SHOVEL  To excavate the earth and to load the trucks  capable of excavating all types of earth except hard rock  size varies from 0.375m3 to 5m3 .  Basics parts of power shovel including the track system, cabin, cables, rack, stick, boom foot-pin, saddle block, boom, boom point sheaves and bucket.parts of power shovel including the track system, cabin, cables, rack, stick, boom foot-pin, saddle block, boom, boom point sheaves and bucket. 6
  • 7. APPLICATIONS  Suitable for close range of work  Capable of digging very hard materials,  can remove big sized boulders.  It is used in various types of jobs such as digging in gravel banks, clay pits, digging cuts in road works, road-side berms, etc. 7 constructionequipment
  • 8. Factors affecting output of power shovel  Class of material  Depth of cutting  Angle of swing  Job condition  Management condition  Size of hauling units  Skill of the operator  Physical condition of the shovel 8 constructionequipment
  • 10. BACK HOE  Also known as hoe, back shovel and pull shovel  It is used to excavate below the natural surface on which it rests.  Generally used to excavate trenches, pits for basements and also for grading works, which requires precise control of depths.  The basic parts are boom, Jack boom, Boom foot drum, Boom sheave, Stick sheave, Stick, Bucket and Bucket sheave 10
  • 12. Application  It is the most suitable machine for digging below the machine level, such as, trenches, footings, basements etc.  It can be efficiently used to dress or trim the surface avoiding the use of manual effort for dressing the excavated the surface. 12
  • 13. Drag line  The drag line is so name because of its prominent operation of dragging the bucket against the material to be dug.  Unlike the shovel, it has a long light crane boom and the bucket is loosely attached to the boom through cables.  Because of this construction, a dragline can dig and dump over larger distances than a shovel can do.  Drag lines are useful for digging below its track level and handling softer materials.  The basic parts of a drag line including the boom, hoist cable, drag cable, hoist chain, drag chain and bucket. 13
  • 14. Application  It is the most suitable machine for dragging softer material and below its track level  It is very useful for excavating trenches when the sides are permitted to establish their angle of repose without shoring.  It has long reaches.  It is mostly used in the excavation for canals and depositing on the embankment without hauling units. 14
  • 16. Clam shell  This is so named due to resemblance of its bucket to a clam which is like a shell-fish with hinged double shell.  The front end is essentially a crane boom with a specially designed bucket loosely attached at the end through cables as in a drag line.  The capacity of a clam shell bucket is usually given in cubic meters.  The basic parts of clam shell bucket are the closing line, hoist line, sheaves, brackets, tagline, shell and hinge. 16
  • 17. Application  Used for handling loose material such as crushed stone, sand, gravel, coal etc.  Main feature is vertical lifting of material from one location to another.  Mainly used for removing material from coffer dam, sewer main holes, well foundations etc. 17
  • 19. Comparison between different types of equipment s.no. Items of comparison Power shovel Back hoe Drag line Clam shell 1 Excavation in hard soil or rock Good Good Not good Poor 2 Excavation in wet soil or mud Poor Poor Moderately good Moderately good 3 Distance between footing and digging Small Small Long Long 4 Loading efficiency Very good Good Moderately good Precise but slow 5 Footing required Close to work Close to pit Fairly away from pit Fairly away from pit 6 Digging level Digs at or above footing level Digs below footing level Digs below footing level Digs at or below footing level 7 Cycle time Short Shortly more than power shovel More than power shovel More than the other equipment 19 constructionequipment
  • 20. TRENCHING MACHINE  Used for excavating trenches for laying pipelines, sewer, cables etc.  Operation is quick giving the required depth or width.  Two types of trenching machine wheel type, ladder type 20 constructionequipment
  • 21. Scrapers  Unique machine for digging and long-distance hauling of plough able materials.  self-operating machine  It is not dependent on other equipment.  Wheels of machine cause some compaction.  The basic parts of scrapers are the bowl, apron and tail gate or ejector. 21
  • 23. Bull dozer  The heavy blade attached to the tractor pushes the material from one place to another.  The tractor can be of the crawler or the wheeled type.  Classification of bull dozer 1. Position of blades a) Bull dozers in which the blade perpendicular to the direction of movement b) Angle dozers in which the blade is set at an angle with the direction of movement. 23
  • 24. 2. Based on mountings a) Wheel mounted b) Crawler mounted 3. Based on the control a) Cable controlled b) Hydraulically controlled 24
  • 26. Applications Bull dozers are mainly used for the following operations 1. For spreading the earth fill 2. For opening up pilot roads through mountainous and rocky terrains. 3. Clearing construction sites. 4. Maintaining haul roads 5. Clearing land from the trees and stumps 6. back-filling trenches at construction sites by dragging the earth from one place to another 26
  • 28. Comparison between crawler and wheeled tractors Crawler type Wheeled type 1. Slow speed 1. Greater speed 2. More compact and powerful and can handle heavier jobs 2. Con handle only lighter jobs 3. costly 3. cheaper 4. Cost of operation and maintenance is high 4. Operational and maintenance cost is less 5. Stick control for steering 5. Wheel steering control 6. Moves on rough roads only 6. Moves on rough as well as good roads 7. Used for short distances 7.Used for longer distances 8. Requires skillful operation, maintenance and repairs 8. Lesser skills required for operations, maintenance and repairs 28
  • 29. 29