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GROUP 6
BSCE-3B
MALICAD,
DANIEL RYAN
OLORGA,
DOMINICK RENZ T.
THE REPORTERS
BSCE-3B BSCE-3B
TADLANGAN,
JERICO D.
3rd Reporter
2nd Reporter
1st Reporter
BSCE-3B
THE REPORTERS
BAGONA,
ANGELICA JOY
A.
BSCE-3B
VARGAS, JAZZPER
SHAWN F.
5th Reporter
4th Reporter
BSCE-3B BSCE-3B BSCE-3B
SALVADOR,
ANJO D.
THE REPORTERS
7th Reporter
ERLANO, LORENZO
RAPHAEL C.
8th Reporter
CORTADO,
KHARLY DAERA
B.
6th Reporter
INTRODUCTION
Road maintenance is work that takes place on
roads from motorways to unclassified roads
to ensure they remain strong, safe and
efficient. Road maintenance takes many
forms, but the overarching aim is to keep
road users safe, manage traffic and maintain
upkeep
HIGHWAY MAINTENANCE
TADLANGAN, JERICO
D.
BSCE-3B
HIGHWAY MAINTENANCE
Highway maintenance begins just after the
construction, reconstruction or
rehabilitation of the roadway facilities.
1. Highway programs and activities are measured by the
amount of expenditures for construction of new facilities
and reconstruction of new existing structure with the aim of
keeping up with the traffic demand.
2. Maintenance has its own role: by giving priority to local,
rural and urban facilities particularly the paving and
rehabilitation after the construction has been completed.
3. Maintenance is focus on the do betterment projects. It
includes grading and paving for short alignment changes,
to correct steep grades or sharp curves, re-surfacing and
mulching, planting, flood and erosion control.
Objective of Highway Maintenance
RELATIONSHIP BETWEEN DESIGN, CONSTRUCTION
AND MAINTENANCE
1. Road surface maintenance
2. Shoulder and approach maintenance
3. Bridge maintenance;
4. Traffic services
TYPES OF ROAD MAINTENANCE;
ROAD SURFACE
MAINTENANCE
Unlike construction involving high volume of work, maintenance
operation, deals with small amount of work at separate locations.
Road maintenance requires speed performance to cause the least
possible disruption and danger to traffic. Maintenance operation
requires:
Maintenance of the shoulder and approaches of the
highway is governed by the surface characteristics in
the area.
Maintenance operations of highway
includes the traffic services like:
MAINTENANCE
MANAGEMENT
PRESENTED BY:
MALICAD, DANIEL RYAN
MAINTENANCE MANAGEMENT
The use of better equipment could accomplish mowing
from 3 to 6 times as much area compared to the use of
poor and antiquated tools.
Two mowers working side by side accomplish less than
when they work separately. Conversation time eats most
of the working time.
Not less than one and one half of two hours a day is
spent unproductively for the preparatory operation and
travel of the mower to the job site.
MAINTENANCE MANAGEMENT
REQUIREMENTS FOR
MAINTENANCE
MANAGEMENT
1. To stabilize the standard level of the maintenance by setting
performance standards for workers crew
and maintenance units. This requires Methods Time Management
(MTM) expected output for operations that are pre-determined.
2. To develop an accurate monitoring and fair reporting system
and to compare actual work with the expected production.
3. To develop a management system that will give the efficient
work scheduling assignment.
4. To develop effective procedures, methods and machinery or
organization to carry individual maintenance operations.
Personnel who are devoted to the maintenance work are not
those who just kill the time and collect their salaries.
Personnel responsibility for keeping the roadway open to
traffic moving under all conditions.
Personnel rescue operation in assisting stranded motorists
during bad weather, heavy rain, removal of fallen trees, flood,
erosion, etc.
Maintenance personnel are exposed to accidents, hazards
during their maintenance or rehabilitation work.
EFFECTIVE MAINTENANCE
Olorga, Dominick Renz
REHABILITATION
• “Resurfacing, restoration and rehabilitation work, restoring to the original
safe usable condition without addition to the original capacity.” According to
FHWA
• Road rehabilitation refers to the process of restoring or improving the
condition, safety, and performance of existing roads to extend their lifespan
and maintain functionality. Rehabilitation highways can be essential for
maintaining infrastructure and ensuring the safety of motorists.
THE PRIMARY OBJECTIVES OF PAVEMENT
REHABILITATIONS ARE:
•
•
•
•
•
THE EFFICIENCY RATING OF THE HIGHWAY:
•
•
•
•
•
Resurfacing
Restoration and rehabilitation work include:
• Replacement of defective joints
• Repair of spalled joints
• Substantial pavement work
• Reworking or strengthening of sub-base
• Recycling existing materials to improve their structural integrity
• Adding under drains
• Improving shoulders
• Removing and replacing deteriorated materials
Replacement of defective
joints
The replacement of
defective joints in
roads typically
involves removing the
damaged or
deteriorated joint and
installing a new one
to ensure structural
integrity and smooth
traffic flow. Defective
joints can lead to
various issues such as
uneven pavement,
increased road noise,
and decreased ride
quality for vehicles.
REPAIR OF
SPALLED JOINTS
REPAIRING SPALLED JOINTS IN ROADS INVOLVES
SEVERAL STEPS TO RESTORE THE INTEGRITY AND
FUNCTIONALITY OF THE JOINTS, WHICH ARE
CRUCIAL FOR MAINTAINING THE STRUCTURAL
INTEGRITY OF THE PAVEMENT.
Substantial pavement work on a road typically refers to significant
repairs, upgrades, or construction activities aimed at improving the
condition, durability, or capacity of the road surface.
REWORKING OR STRENGTHENING OF SUB-BASE
Reworking or strengthening of the sub -
base in road construction involves
improving the foundation layer beneath
the pavement to enhance its load-bearing
capacity, stability, and durability.
Recycling existing materials to improve
their structural integrity
Recycling existing
materials to enhance
their structural
integrity in road
construction involves
repurposing materials
like asphalt, concrete,
and other aggregates
from old roads or
construction sites.
ADDING UNDER
DRAINS
ADDING UNDER DRAINS IN ROADS REFERS TO THE
INSTALLATION OF A DRAINAGE SYSTEM BENEATH
THE ROAD SURFACE TO MANAGE WATER RUNOFF
EFFECTIVELY. THESE UNDER DRAINS HELP IN
CONTROLLING THE GROUNDWATER LEVEL AND
PREVENTING WATER FROM ACCUMULATING
UNDER THE ROAD, WHICH COULD LEAD TO
STRUCTURAL DAMAGE OR INSTABILITY OVER
TIME.
Typically refers to enhancing the safety and usability of the
shoulders along roads, especially highways or major thoroughfares.
Shoulders are the areas of pavement adjacent to the travel lanes
that accommodate stopped vehicles, emergency pull-offs,
breakdowns, and sometimes even cyclists or pedestrians.
Removing and replacing
deteriorated materials
This process is essential for maintaining the safety
and functionality of roads, highways, and other
transportation infrastructure.
Pavement
maintenance
encompasses a range
of activities aimedat
preserving,repairing,
and extendingthe
lifespan of roads,
parkinglots, and other
paved surfaces.
Reconstruction is a
significantundertaking
aimed at completely
rebuildingor
substantially
upgradingexisting
road infrastructure to
improvesafety,
capacity,durability,
and ride quality.
Overlays involve
placinga new layer of
asphalt or concrete
over the existing
pavement.
Recycling in road
constructionrefers to
the process of reusing
materials from existing
roads or other sources
to build or rehabilitate
road infrastructure.
Pavement
Maintenance
Reconstruction Overlay
s
Recycling
Maintenance and
Rehabilitation programs are
based on different types of
collected data
Surface roughness
Surface Distress
Surface deflection
Surface friction or skid
resistance
CONCRETE PAVEMENT
MAINTENANCE AND EVALUATION
PREPARED BY:
VARGAS, JAZZPER SHAWN
F.
HIGHWAY
PAVEMENT
IN ENGINEERING WORK, A ROAD
PAVEMENT IS A LAYERED STRUCTURE
MADE UP OF VARIOUS COMPONENTS
AND COMPUNDS.
CLASSIFIED AS A HARD SURFACE
COMPOSED OF A GRADED DURABLE
SURFACE MATERIALS THAT ARE LAID
DOWN TO SUPPORT THE BEARING
LOAD OF VEHICULAR TRAFFIC.
TYPES OF HIGHWAY/ ROAD
PAVEMENT
FLEXIBLE
PAVEMENT
RIGID
PAVEMENT
Made from concrete
slabs reinforced with
steel-making them a
better choice for areas
that face heavy traffic
volumes and have
consistent weather
conditions.
Made from asphalt and
aggregate materials hence
they compliment areas with
low to moderate traffic
volumes.
Suited for fluctuating
temperatures an
overwhelming choice for
areas with harsh winters.
HIGHWAY
PAVEMENT
FAILURES
PRIMARY FACTORS
OF PAVEMENT FAILURES
• ENVIRONMENTAL HAZARD
• CONGESTIO
N
• LOW-GRADE
SOIL
• POOR QUALITY OF MATERIALS USED
HIGHWAY FAILURE
TYPES
PRIMARY TYPES
OF PAVEMENT FAILURES
• CRACKIN
G
• DISTORTION
• DISINTEGRATION
• SKIDDING
CRACKIN
G
Pavement crack refers to a variety of
types of pavement distresses that
occur on the surface of pavements.
Different types of pavements develop
different cracks.
Fatigue cracking is the most common type of load
associated structural failure .
It often starts in the wheel path as
longitudinal cracking and ends up as alligator
cracking after severe distress.
The failure can be due to weakness in the
surface, base or sub-grade; a surface or base that
is too thin; poor drainage or the combination of all
three.
FATIGUE
CRACKING
Formation of ruts falls in this type of
failure. A rut
is a depression or groove worn into a
road by the
travel of wheels.
OF
PAVEMENT LAYERS
CONSOLIDATIO
N
RUTTIN
G
Block cracking is not load-associated, but
generally caused by shrinkage of the
asphalt pavement due to an inability of
asphalt binder to expand and contract with
temperature cycles.
BLOC
K
CRACKING
These cracks are interconnected
making the pavement to divide
into rectangular pieces
The pavements centerline or laydown
direction.
These can be a result of both pavement
fatigue,
reflective cracking, and/or poor joint
construction.
Joints are generally the least dense areas
of a
pavement.
LONGITUDINAL
CRACKING
Transverse cracks extend across the
pavement at approximately right angles
to the pavement's center line or direction
of lay down.
TRANSVERSE
CRACKING
DISTORTIO
N
In construction work, shoving is the
formation of ripples across a pavement.
This characteristic shape is why this type
of distress is sometimes called wash-
boarding. Shoving occurs at locations
having severe horizontal stresses, such
as intersections.
SHOVING
CRACKING
Depressions are localized
pavement surface areas with
slightly lower elevations than
the surrounding
pavement
DEPRESSION
CRACKING
DISENTEGRATIO
N
The continuous separation of
aggregate particles
from a pavement's surface or from its
edges
inward.
RAVELLING
The fine aggregate
typically degrades first, leaving small "pock
marks"
on the pavement surface. As the erosion
continues, larger and larger particles are
broken
free and the pavement soon has the rough
and
jagged appearance typical of surface erosion.
POTHOLES
Potholes are areas of a road surface where the
surface layer, usually asphalt, has developed
cracks then broken away under the repeated
load of traffic passing over, forming a hole
with rough vertical sides.
They are depressions in the pavement
surface that penetrate all the way through the
asphalt layer down to the base course.
SKIDDING
HAZARD
POLISHED
AGGREGATES
Repeated traffic application
leads to this
Distress. The polishing degree
should be specified before the
construction is
carried out.
BLEEDING
A film of asphalt binder on the
pavement surface. It usually creates
a shiny, glass-like reflecting surface
that can become quite sticky.
Sometimes referred to as “flushing”.
HIGHWAY
BEAUTIFICATION
KHARLY DAERA B. CORTADO
Is landscaping designed to limit land use near highways, maintain
scenic beauty, and make roadways more appealing. These
components may comprise landscaping, artificial turf, street
furniture, ornamental pavers, fencing, and illumination. The
advantages of highway beautification encompass a decrease in
driving anxiety, enhanced aesthetic appeal, and increased traffic
safety, as evidenced by the decline in overall collision rates following
beautification initiatives.
ADVANTAGES
Driving Anxiety Aesthetic Appeal Increased
Traffic Safety
Big trees Big bush/shrubs
DISADVANTAGES
Dirt mounds Roadwaydebri
boulders
1. Landscaping and roadside development
within the rights of way.
2. Improvement of strips and land adjacent
to the highway for restoration, preservation
and enhancement of natural beauty.
HIGHWAY BEAUTIFICATION IS A
BROAD TERM THAT INCLUDES
ACTIVITIES LIKE:
3. Acquisition and development of publicly
owned and controlled rest area, recreation
areas and sanitary areas including other
facilities.
Good location Good design Construction Maintenance
FACTORS THAT CONTRIBUTE
TO BEAUTIFICATION
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rhoncus, vel efficitur
felis condimentum.
Proin odio odio.
OUTDOOR ADVERTISING
“The concept of public welfare, for
the purpose of which the legislative
may exercise police power, is
broad and exclusive and the value it
represents is spiritual and aesthetic
as well as physical and
monetary.”
EXAMPLE The government should
extend full assistance
to control.
ENVIRONMENTAL
LAWS
KHARLY DAERA B. CORTADO
a) The influence
of population
growth
b) The high
density
urbanization
c) Industrial
expansion
d) Resource
exploration:
e) The expanding
technological
advances
f) Restoration and
maintenance of
environmental
quality to the
welfare and
development of
man.
2. THE PRESENT GENERATION MUST
FULFILL THE RESPONSIBILITY AS
TRUSTEES OF THE ENVIRONMENT
FOR. THE SUCCEEDING
GENERATIONS.
3. TO ASSURE ALL FILIPINO
PEOPLE OF A SAFE,
HEALTHFUL, PRODUCTIVE
AND AESTHETICALLY AND
CULTURALLY PLEASING
SURROUNDINGS.
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adipiscing elit. Duis vulputate nulla at
ante rhoncus, vel efficitur felis
condimentum. Proin odio odio.
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adipiscing elit. Duis vulputate nulla at
ante rhoncus, vel efficitur felis
condimentum. Proin odio odio.
4. TO PROVIDE THE WIDEST
BENEFICIAL USE OF THE
ENVIRONMENT WITHOUT
DEGRADATION AND RISK TO
HEALTH OR OTHER UNDESIRABLE
CONSEQUENCES.
5. TO PRESERVE SOME IMPORTANT PRE HISTORIC, CULTURAL AND
NATURAL ASPECT OF OUR NATURAL HERITAGE AND WHENEVER
POSSIBLE AN ENVIRONMENT WHICH UPHOLD DIVERSITY AND VARIETY
OF INDIVIDUAL CHOICE.
6. TO MAINTAIN A BALANCED
DISTRIBUTION OF POPULATION AND USE
OF RESOURCES THAT WILL GIVE HIGH
STANDARD OF LIVING AND WIDE SHARING
OF LIFE'S AMENITIES
Dani Martinez
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adipiscing elit. Duis vulputate nulla at
ante rhoncus, vel efficitur felis
condimentum. Proin odio odio.
7. TO IMPART THAT ALL
PERSON HAS THE
RESPONSIBILITY TO
CONTRIBUTE TO THE
PRESERVATION AND
ENHANCEMENT OF THE
ENVIRONMENT.
ANGE LICA ATRE RO BAGO NA
BS C E - 3 B
AIR AND NOISE PROBLEM TRAFFIC INDUCED
VIBRATIONS
ACCIDENT
S
ANNOYANCE CAUSED BY WATER POLLUTION, DUST
AND DIRT
AIR POLLUTION CONTROL
Air pollution be it from fixed or mobile sources is the main concern in
most urban areas.
Air pollution is the result of progress. It comes from discharges into
the air of non-reactive pollutants including carbon monoxide, sulfur
dioxide, sulfates, dust, smoke and lead. The highway pollution
problems are of two dimensions. They are:
• Area wide effects of preliminary reactive pollutants.
• High concentration of non-reactive pollutants at points or
corridors along or near highways.
The area condition is acceptably worse when temperatureinversions trap pollutants near the
ground surface whenthere is little wind or no wind at all.
Concentration becomes extremelyhigh affecting human life and even some vegetation are
killed, stunted,or the foliage is burned.
Various approaches to reduce area pollutantswere planned and employed including future
approaches such as:
Land Use Control Lower the Emission
• Modification of the fixed existing facilities such as substituting low-sulfur coal to
reduce the releaseof sulfur dioxide.
• Lowering pollution coming from motor vehiclesthat fall under the following
categories:
A. Reducingthe output of pollutants by making them fuel efficient and controlling
pollutant output.
B. Limiting vehicle travel by shifting travelersto other modes using electric current.
C. Cutting fuel consumption and pollutant output by improving traffic flow.
D. A set of standards to be met by new vehicles.
NOISE CONTROL
Logo
Business
Noise is defined as unwanted sound.
Noise is measured in decibels with a common unit dBA.
Transportation noises are complex, studies showed that:
Complaints are focused on interference with speech.
TV viewing or sleep related to the increase of sound above the ambient noise level.
Increase up to 9 dBA | Complaints would be widespread and there would be community
reactions.
Highway noises near residences at peak noise of about 70 dBA bring few complaints, at
75 dBA, complaints are likely and 80 dBA will invite letters of petition and protest.
Construction in roadside development refers to the PLANNING, DESIGN, and
IMPLEMENTATION of infrastructure projects that directly impact the areas
alongside roads and highways. This field encompasses a broad range of activities
aimed at enhancing safety, functionality, aesthetics, and overall usability of
roadside spaces. The key elements involved in construction for roadside
development include:
ROAD EXPANSION AND IMPROVEMENT SIDEWALKS AND PEDESTRIAN
FACILITIES
CYCLING
INFRASTRUCTURE
LANDSCAPING AND
AESTHETICS
UTILITY PLACEMENT AND
MANAGEMENT
SAFETY
ENVIRONMENTAL
CONSIDERATIONS
• Vegetation in the Highways
ANJO D. SALVADOR
• Parking and Rest Area
Vegetation in
the Highways
Vegetation plays a significant role in the protection against
soil erosion of road slopes and the effects of rainfall.
Vegetation modifies land-surface properties, mediating
the exchange of energy, moisture, trace gases, and
aerosols between the land and the atmosphere.
EXAMPL
E
BALAYONG PEOPLE'S
FOUR MAJOR FUNCTION OF
VEGETATION
Vegetation in the surroundings of the road performs
the following four major functions related
to:
1. Traffic engineering,
2. Construction engineering,
3. Environmental protection,
4. Aesthetics and landscape.
1.) Transportation Engineering
In traffic engineering through
vegetation, it protects against a sudden
intrusion of animals onto the road,
antiglare
protection, highlighting road junctions,
better visibility, wind protection, and
antiglare protection.
2.) Construction Engineering
These are primarily related to
erosion control of soil, protection
against landslides, falling rock and
avalanches as well as against
uncontrolled water inflow from the
surroundings.
3.) Environmental Protection
Environmental protection include:
• noise control,
• road dust & exhaust gases control,
• improvement of climatic conditions
of the surroundings,
• wildlife protection.
4.) Aesthetics and Landscape
The last group of functions, aesthetics
& landscape, are related to enriching the
landscape, visual isolation of residential
and recreational areas from the road
and the harmonizing of the road
structure with the environment.
Different Types of
Vegetation for Soil
Protection
a.) Gramineous Vegetation (Grasses)
b.) Herbaceous Vegetation (Herbage)
c.) Trees Vegetation
d.) Shrub Vegetation (shrubbery)
EXAMPL
E
a.) Gramineous Vegetation
(Grasses)
EXAMPL
E
b.) Herbaceous Vegetation
(Herbage)
EXAMPL
E
c.) Trees
Vegetation
EXAMPL
E
d.) Shrub Vegetation
(shrubbery)
Parking and
Rest Area
PARKING
AREA
Parking is the action of moving a vehicle
into a place in a car park or by the side of
the road where it can be left. In many towns
parking is allowed only on one side of the
street.
3 Types of Parking
• Parallel parking
• Perpendicular parking
• Angle parking
PARALLEL
PARKING
With parallel parking of cars, these are arranged in a line, with
the front bumper of one car facing the back bumper of an
adjacent one. This is done parallel to a curb, when one is
provided.
PERPENDICULAR
PARKING
With perpendicular
parking, also known as
bay parking, cars are
parked side to side,
perpendicular to an aisle,
curb, or wall.
ANGLE
PARKING
Angle parking, known as echelon parking in Britain, is similar to
perpendicular parking for these vehicles, except that cars are
arranged at an angle of 45° to the aisle
Overvie
w
REST AREA
Rest areas are places next to the road with a
parking area and facilities that are used by
vehicles to have rest in their travels, like toilets
and picnic areas.
A rest area with limited to no public facilities is a
lay-by, parking area, scenic area, or scenic overlook.
Along some highways and roads are services known
as wayside parks, roadside parks, or picnic areas.
EXAMPL
E
EXAMPL
E
• Vegetation in the
Highways
• Parking and Rest Area
EXAMPLE DESIGNS OF;
SPACE-TIME
RELATIONSHIPS
QUEUING ANALYSIS
•
•
•
•
•
•
•
•
•
•
•
•
•
•
GROUP 6
Failures, maintenance and rehabilitation of
transportation infrastructure.
BSCE-3B

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Some sense of fail mainten rehabil Infra

  • 2. BSCE-3B MALICAD, DANIEL RYAN OLORGA, DOMINICK RENZ T. THE REPORTERS BSCE-3B BSCE-3B TADLANGAN, JERICO D. 3rd Reporter 2nd Reporter 1st Reporter
  • 3. BSCE-3B THE REPORTERS BAGONA, ANGELICA JOY A. BSCE-3B VARGAS, JAZZPER SHAWN F. 5th Reporter 4th Reporter
  • 4. BSCE-3B BSCE-3B BSCE-3B SALVADOR, ANJO D. THE REPORTERS 7th Reporter ERLANO, LORENZO RAPHAEL C. 8th Reporter CORTADO, KHARLY DAERA B. 6th Reporter
  • 5. INTRODUCTION Road maintenance is work that takes place on roads from motorways to unclassified roads to ensure they remain strong, safe and efficient. Road maintenance takes many forms, but the overarching aim is to keep road users safe, manage traffic and maintain upkeep
  • 7. HIGHWAY MAINTENANCE Highway maintenance begins just after the construction, reconstruction or rehabilitation of the roadway facilities.
  • 8. 1. Highway programs and activities are measured by the amount of expenditures for construction of new facilities and reconstruction of new existing structure with the aim of keeping up with the traffic demand. 2. Maintenance has its own role: by giving priority to local, rural and urban facilities particularly the paving and rehabilitation after the construction has been completed. 3. Maintenance is focus on the do betterment projects. It includes grading and paving for short alignment changes, to correct steep grades or sharp curves, re-surfacing and mulching, planting, flood and erosion control. Objective of Highway Maintenance
  • 9. RELATIONSHIP BETWEEN DESIGN, CONSTRUCTION AND MAINTENANCE
  • 10. 1. Road surface maintenance 2. Shoulder and approach maintenance 3. Bridge maintenance; 4. Traffic services TYPES OF ROAD MAINTENANCE;
  • 11. ROAD SURFACE MAINTENANCE Unlike construction involving high volume of work, maintenance operation, deals with small amount of work at separate locations. Road maintenance requires speed performance to cause the least possible disruption and danger to traffic. Maintenance operation requires:
  • 12. Maintenance of the shoulder and approaches of the highway is governed by the surface characteristics in the area.
  • 13.
  • 14. Maintenance operations of highway includes the traffic services like:
  • 15.
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  • 25. The use of better equipment could accomplish mowing from 3 to 6 times as much area compared to the use of poor and antiquated tools. Two mowers working side by side accomplish less than when they work separately. Conversation time eats most of the working time. Not less than one and one half of two hours a day is spent unproductively for the preparatory operation and travel of the mower to the job site. MAINTENANCE MANAGEMENT
  • 27. 1. To stabilize the standard level of the maintenance by setting performance standards for workers crew and maintenance units. This requires Methods Time Management (MTM) expected output for operations that are pre-determined. 2. To develop an accurate monitoring and fair reporting system and to compare actual work with the expected production. 3. To develop a management system that will give the efficient work scheduling assignment. 4. To develop effective procedures, methods and machinery or organization to carry individual maintenance operations.
  • 28.
  • 29. Personnel who are devoted to the maintenance work are not those who just kill the time and collect their salaries. Personnel responsibility for keeping the roadway open to traffic moving under all conditions. Personnel rescue operation in assisting stranded motorists during bad weather, heavy rain, removal of fallen trees, flood, erosion, etc. Maintenance personnel are exposed to accidents, hazards during their maintenance or rehabilitation work. EFFECTIVE MAINTENANCE
  • 31. REHABILITATION • “Resurfacing, restoration and rehabilitation work, restoring to the original safe usable condition without addition to the original capacity.” According to FHWA • Road rehabilitation refers to the process of restoring or improving the condition, safety, and performance of existing roads to extend their lifespan and maintain functionality. Rehabilitation highways can be essential for maintaining infrastructure and ensuring the safety of motorists.
  • 32. THE PRIMARY OBJECTIVES OF PAVEMENT REHABILITATIONS ARE: • • • • •
  • 33. THE EFFICIENCY RATING OF THE HIGHWAY: • • • • •
  • 35. Restoration and rehabilitation work include: • Replacement of defective joints • Repair of spalled joints • Substantial pavement work • Reworking or strengthening of sub-base • Recycling existing materials to improve their structural integrity • Adding under drains • Improving shoulders • Removing and replacing deteriorated materials
  • 36. Replacement of defective joints The replacement of defective joints in roads typically involves removing the damaged or deteriorated joint and installing a new one to ensure structural integrity and smooth traffic flow. Defective joints can lead to various issues such as uneven pavement, increased road noise, and decreased ride quality for vehicles.
  • 37. REPAIR OF SPALLED JOINTS REPAIRING SPALLED JOINTS IN ROADS INVOLVES SEVERAL STEPS TO RESTORE THE INTEGRITY AND FUNCTIONALITY OF THE JOINTS, WHICH ARE CRUCIAL FOR MAINTAINING THE STRUCTURAL INTEGRITY OF THE PAVEMENT.
  • 38. Substantial pavement work on a road typically refers to significant repairs, upgrades, or construction activities aimed at improving the condition, durability, or capacity of the road surface.
  • 39. REWORKING OR STRENGTHENING OF SUB-BASE Reworking or strengthening of the sub - base in road construction involves improving the foundation layer beneath the pavement to enhance its load-bearing capacity, stability, and durability.
  • 40. Recycling existing materials to improve their structural integrity Recycling existing materials to enhance their structural integrity in road construction involves repurposing materials like asphalt, concrete, and other aggregates from old roads or construction sites.
  • 41. ADDING UNDER DRAINS ADDING UNDER DRAINS IN ROADS REFERS TO THE INSTALLATION OF A DRAINAGE SYSTEM BENEATH THE ROAD SURFACE TO MANAGE WATER RUNOFF EFFECTIVELY. THESE UNDER DRAINS HELP IN CONTROLLING THE GROUNDWATER LEVEL AND PREVENTING WATER FROM ACCUMULATING UNDER THE ROAD, WHICH COULD LEAD TO STRUCTURAL DAMAGE OR INSTABILITY OVER TIME.
  • 42. Typically refers to enhancing the safety and usability of the shoulders along roads, especially highways or major thoroughfares. Shoulders are the areas of pavement adjacent to the travel lanes that accommodate stopped vehicles, emergency pull-offs, breakdowns, and sometimes even cyclists or pedestrians.
  • 43. Removing and replacing deteriorated materials This process is essential for maintaining the safety and functionality of roads, highways, and other transportation infrastructure.
  • 44. Pavement maintenance encompasses a range of activities aimedat preserving,repairing, and extendingthe lifespan of roads, parkinglots, and other paved surfaces. Reconstruction is a significantundertaking aimed at completely rebuildingor substantially upgradingexisting road infrastructure to improvesafety, capacity,durability, and ride quality. Overlays involve placinga new layer of asphalt or concrete over the existing pavement. Recycling in road constructionrefers to the process of reusing materials from existing roads or other sources to build or rehabilitate road infrastructure. Pavement Maintenance Reconstruction Overlay s Recycling
  • 45.
  • 46.
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  • 48.
  • 49.
  • 50.
  • 51.
  • 52.
  • 53. Maintenance and Rehabilitation programs are based on different types of collected data
  • 57. Surface friction or skid resistance
  • 58. CONCRETE PAVEMENT MAINTENANCE AND EVALUATION PREPARED BY: VARGAS, JAZZPER SHAWN F.
  • 59. HIGHWAY PAVEMENT IN ENGINEERING WORK, A ROAD PAVEMENT IS A LAYERED STRUCTURE MADE UP OF VARIOUS COMPONENTS AND COMPUNDS. CLASSIFIED AS A HARD SURFACE COMPOSED OF A GRADED DURABLE SURFACE MATERIALS THAT ARE LAID DOWN TO SUPPORT THE BEARING LOAD OF VEHICULAR TRAFFIC.
  • 60. TYPES OF HIGHWAY/ ROAD PAVEMENT
  • 61. FLEXIBLE PAVEMENT RIGID PAVEMENT Made from concrete slabs reinforced with steel-making them a better choice for areas that face heavy traffic volumes and have consistent weather conditions. Made from asphalt and aggregate materials hence they compliment areas with low to moderate traffic volumes. Suited for fluctuating temperatures an overwhelming choice for areas with harsh winters.
  • 62. HIGHWAY PAVEMENT FAILURES PRIMARY FACTORS OF PAVEMENT FAILURES • ENVIRONMENTAL HAZARD • CONGESTIO N • LOW-GRADE SOIL • POOR QUALITY OF MATERIALS USED
  • 63. HIGHWAY FAILURE TYPES PRIMARY TYPES OF PAVEMENT FAILURES • CRACKIN G • DISTORTION • DISINTEGRATION • SKIDDING
  • 64. CRACKIN G Pavement crack refers to a variety of types of pavement distresses that occur on the surface of pavements. Different types of pavements develop different cracks.
  • 65. Fatigue cracking is the most common type of load associated structural failure . It often starts in the wheel path as longitudinal cracking and ends up as alligator cracking after severe distress. The failure can be due to weakness in the surface, base or sub-grade; a surface or base that is too thin; poor drainage or the combination of all three. FATIGUE CRACKING
  • 66. Formation of ruts falls in this type of failure. A rut is a depression or groove worn into a road by the travel of wheels. OF PAVEMENT LAYERS CONSOLIDATIO N RUTTIN G
  • 67. Block cracking is not load-associated, but generally caused by shrinkage of the asphalt pavement due to an inability of asphalt binder to expand and contract with temperature cycles. BLOC K CRACKING These cracks are interconnected making the pavement to divide into rectangular pieces
  • 68. The pavements centerline or laydown direction. These can be a result of both pavement fatigue, reflective cracking, and/or poor joint construction. Joints are generally the least dense areas of a pavement. LONGITUDINAL CRACKING
  • 69. Transverse cracks extend across the pavement at approximately right angles to the pavement's center line or direction of lay down. TRANSVERSE CRACKING
  • 71. In construction work, shoving is the formation of ripples across a pavement. This characteristic shape is why this type of distress is sometimes called wash- boarding. Shoving occurs at locations having severe horizontal stresses, such as intersections. SHOVING CRACKING
  • 72. Depressions are localized pavement surface areas with slightly lower elevations than the surrounding pavement DEPRESSION CRACKING
  • 74. The continuous separation of aggregate particles from a pavement's surface or from its edges inward. RAVELLING The fine aggregate typically degrades first, leaving small "pock marks" on the pavement surface. As the erosion continues, larger and larger particles are broken free and the pavement soon has the rough and jagged appearance typical of surface erosion.
  • 75. POTHOLES Potholes are areas of a road surface where the surface layer, usually asphalt, has developed cracks then broken away under the repeated load of traffic passing over, forming a hole with rough vertical sides. They are depressions in the pavement surface that penetrate all the way through the asphalt layer down to the base course.
  • 77. POLISHED AGGREGATES Repeated traffic application leads to this Distress. The polishing degree should be specified before the construction is carried out.
  • 78. BLEEDING A film of asphalt binder on the pavement surface. It usually creates a shiny, glass-like reflecting surface that can become quite sticky. Sometimes referred to as “flushing”.
  • 80. Is landscaping designed to limit land use near highways, maintain scenic beauty, and make roadways more appealing. These components may comprise landscaping, artificial turf, street furniture, ornamental pavers, fencing, and illumination. The advantages of highway beautification encompass a decrease in driving anxiety, enhanced aesthetic appeal, and increased traffic safety, as evidenced by the decline in overall collision rates following beautification initiatives.
  • 81. ADVANTAGES Driving Anxiety Aesthetic Appeal Increased Traffic Safety
  • 82. Big trees Big bush/shrubs DISADVANTAGES Dirt mounds Roadwaydebri boulders
  • 83. 1. Landscaping and roadside development within the rights of way. 2. Improvement of strips and land adjacent to the highway for restoration, preservation and enhancement of natural beauty. HIGHWAY BEAUTIFICATION IS A BROAD TERM THAT INCLUDES ACTIVITIES LIKE: 3. Acquisition and development of publicly owned and controlled rest area, recreation areas and sanitary areas including other facilities.
  • 84. Good location Good design Construction Maintenance FACTORS THAT CONTRIBUTE TO BEAUTIFICATION Lorem ipsum dolor sit amet, consectetur adipiscing elit. Duis vulputate nulla at ante rhoncus, vel efficitur felis condimentum. Proin odio odio. Lorem ipsum dolor sit amet, consectetur adipiscing elit. Duis vulputate nulla at ante rhoncus, vel efficitur felis condimentum. Proin odio odio. Lorem ipsum dolor sit amet, consectetur adipiscing elit. Duis vulputate nulla at ante rhoncus, vel efficitur felis condimentum. Proin odio odio. Lorem ipsum dolor sit amet, consectetur adipiscing elit. Duis vulputate nulla at ante rhoncus, vel efficitur felis condimentum. Proin odio odio.
  • 85. OUTDOOR ADVERTISING “The concept of public welfare, for the purpose of which the legislative may exercise police power, is broad and exclusive and the value it represents is spiritual and aesthetic as well as physical and monetary.”
  • 86. EXAMPLE The government should extend full assistance to control.
  • 88. a) The influence of population growth b) The high density urbanization c) Industrial expansion d) Resource exploration: e) The expanding technological advances f) Restoration and maintenance of environmental quality to the welfare and development of man.
  • 89. 2. THE PRESENT GENERATION MUST FULFILL THE RESPONSIBILITY AS TRUSTEES OF THE ENVIRONMENT FOR. THE SUCCEEDING GENERATIONS.
  • 90. 3. TO ASSURE ALL FILIPINO PEOPLE OF A SAFE, HEALTHFUL, PRODUCTIVE AND AESTHETICALLY AND CULTURALLY PLEASING SURROUNDINGS. Lorem ipsum dolor sit amet, consectetur adipiscing elit. Duis vulputate nulla at ante rhoncus, vel efficitur felis condimentum. Proin odio odio. Lorem ipsum dolor sit amet, consectetur adipiscing elit. Duis vulputate nulla at ante rhoncus, vel efficitur felis condimentum. Proin odio odio. Lorem ipsum dolor sit amet, consectetur adipiscing elit. Duis vulputate nulla at ante rhoncus, vel efficitur felis condimentum. Proin odio odio.
  • 91. 4. TO PROVIDE THE WIDEST BENEFICIAL USE OF THE ENVIRONMENT WITHOUT DEGRADATION AND RISK TO HEALTH OR OTHER UNDESIRABLE CONSEQUENCES.
  • 92. 5. TO PRESERVE SOME IMPORTANT PRE HISTORIC, CULTURAL AND NATURAL ASPECT OF OUR NATURAL HERITAGE AND WHENEVER POSSIBLE AN ENVIRONMENT WHICH UPHOLD DIVERSITY AND VARIETY OF INDIVIDUAL CHOICE.
  • 93. 6. TO MAINTAIN A BALANCED DISTRIBUTION OF POPULATION AND USE OF RESOURCES THAT WILL GIVE HIGH STANDARD OF LIVING AND WIDE SHARING OF LIFE'S AMENITIES Dani Martinez Lorem ipsum dolor sit amet, consectetur adipiscing elit. Duis vulputate nulla at ante rhoncus, vel efficitur felis condimentum. Proin odio odio.
  • 94. 7. TO IMPART THAT ALL PERSON HAS THE RESPONSIBILITY TO CONTRIBUTE TO THE PRESERVATION AND ENHANCEMENT OF THE ENVIRONMENT.
  • 95. ANGE LICA ATRE RO BAGO NA BS C E - 3 B
  • 96. AIR AND NOISE PROBLEM TRAFFIC INDUCED VIBRATIONS
  • 97. ACCIDENT S ANNOYANCE CAUSED BY WATER POLLUTION, DUST AND DIRT
  • 98. AIR POLLUTION CONTROL Air pollution be it from fixed or mobile sources is the main concern in most urban areas. Air pollution is the result of progress. It comes from discharges into the air of non-reactive pollutants including carbon monoxide, sulfur dioxide, sulfates, dust, smoke and lead. The highway pollution problems are of two dimensions. They are: • Area wide effects of preliminary reactive pollutants. • High concentration of non-reactive pollutants at points or corridors along or near highways.
  • 99. The area condition is acceptably worse when temperatureinversions trap pollutants near the ground surface whenthere is little wind or no wind at all. Concentration becomes extremelyhigh affecting human life and even some vegetation are killed, stunted,or the foliage is burned. Various approaches to reduce area pollutantswere planned and employed including future approaches such as: Land Use Control Lower the Emission
  • 100. • Modification of the fixed existing facilities such as substituting low-sulfur coal to reduce the releaseof sulfur dioxide. • Lowering pollution coming from motor vehiclesthat fall under the following categories: A. Reducingthe output of pollutants by making them fuel efficient and controlling pollutant output. B. Limiting vehicle travel by shifting travelersto other modes using electric current. C. Cutting fuel consumption and pollutant output by improving traffic flow. D. A set of standards to be met by new vehicles.
  • 102. Logo Business Noise is defined as unwanted sound. Noise is measured in decibels with a common unit dBA. Transportation noises are complex, studies showed that: Complaints are focused on interference with speech. TV viewing or sleep related to the increase of sound above the ambient noise level. Increase up to 9 dBA | Complaints would be widespread and there would be community reactions. Highway noises near residences at peak noise of about 70 dBA bring few complaints, at 75 dBA, complaints are likely and 80 dBA will invite letters of petition and protest.
  • 103.
  • 104. Construction in roadside development refers to the PLANNING, DESIGN, and IMPLEMENTATION of infrastructure projects that directly impact the areas alongside roads and highways. This field encompasses a broad range of activities aimed at enhancing safety, functionality, aesthetics, and overall usability of roadside spaces. The key elements involved in construction for roadside development include: ROAD EXPANSION AND IMPROVEMENT SIDEWALKS AND PEDESTRIAN FACILITIES
  • 105. CYCLING INFRASTRUCTURE LANDSCAPING AND AESTHETICS UTILITY PLACEMENT AND MANAGEMENT SAFETY ENVIRONMENTAL CONSIDERATIONS
  • 106. • Vegetation in the Highways ANJO D. SALVADOR • Parking and Rest Area
  • 107. Vegetation in the Highways Vegetation plays a significant role in the protection against soil erosion of road slopes and the effects of rainfall. Vegetation modifies land-surface properties, mediating the exchange of energy, moisture, trace gases, and aerosols between the land and the atmosphere.
  • 109. FOUR MAJOR FUNCTION OF VEGETATION Vegetation in the surroundings of the road performs the following four major functions related to: 1. Traffic engineering, 2. Construction engineering, 3. Environmental protection, 4. Aesthetics and landscape.
  • 110. 1.) Transportation Engineering In traffic engineering through vegetation, it protects against a sudden intrusion of animals onto the road, antiglare protection, highlighting road junctions, better visibility, wind protection, and antiglare protection.
  • 111. 2.) Construction Engineering These are primarily related to erosion control of soil, protection against landslides, falling rock and avalanches as well as against uncontrolled water inflow from the surroundings.
  • 112. 3.) Environmental Protection Environmental protection include: • noise control, • road dust & exhaust gases control, • improvement of climatic conditions of the surroundings, • wildlife protection.
  • 113. 4.) Aesthetics and Landscape The last group of functions, aesthetics & landscape, are related to enriching the landscape, visual isolation of residential and recreational areas from the road and the harmonizing of the road structure with the environment.
  • 114. Different Types of Vegetation for Soil Protection a.) Gramineous Vegetation (Grasses) b.) Herbaceous Vegetation (Herbage) c.) Trees Vegetation d.) Shrub Vegetation (shrubbery)
  • 120. PARKING AREA Parking is the action of moving a vehicle into a place in a car park or by the side of the road where it can be left. In many towns parking is allowed only on one side of the street. 3 Types of Parking • Parallel parking • Perpendicular parking • Angle parking
  • 121. PARALLEL PARKING With parallel parking of cars, these are arranged in a line, with the front bumper of one car facing the back bumper of an adjacent one. This is done parallel to a curb, when one is provided.
  • 122. PERPENDICULAR PARKING With perpendicular parking, also known as bay parking, cars are parked side to side, perpendicular to an aisle, curb, or wall.
  • 123. ANGLE PARKING Angle parking, known as echelon parking in Britain, is similar to perpendicular parking for these vehicles, except that cars are arranged at an angle of 45° to the aisle
  • 125. REST AREA Rest areas are places next to the road with a parking area and facilities that are used by vehicles to have rest in their travels, like toilets and picnic areas. A rest area with limited to no public facilities is a lay-by, parking area, scenic area, or scenic overlook. Along some highways and roads are services known as wayside parks, roadside parks, or picnic areas.
  • 128. • Vegetation in the Highways • Parking and Rest Area EXAMPLE DESIGNS OF;
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  • 161. GROUP 6 Failures, maintenance and rehabilitation of transportation infrastructure. BSCE-3B