TRANSPORTATION SYSTEM OF DISTRICT SWABI (1).pdf
REPORT ON EXISTING TRANSPORTATION SYSTEM OF DISTRICT SWABI HOW IT CAN BE IMPROVED AND WHICH NEW TRANSPORTATION SYSTEM IS REQUIRED TO OVERCOME THE DESIRED NEED OF THAT DISTRICT
This document discusses various aspects of railway track design and maintenance. It covers topics like alignment surveys, track gauges, stresses in tracks, rail selection, wear testing, corrugation and creep of rails, rail joints, welding of rails, and types of rail sections. Permanent way requirements include uniform gauge, proper rail leveling, strength against lateral forces, well-designed curves and gradients, minimum tractive resistance, and facilities for drainage and repairs. Coning of wheels is described as well as different rail gauges used in India like broad, meter and narrow gauge. Rail functions and requirements for an ideal section are also outlined.
The wheels of trains are shaped conically, sloping at an angle of 1 in 20 to match the conical slope of the rails. This coning prevents lateral movement between the wheels and rails that could cause uneven load distribution. On straight tracks, coning ensures the wheels roll along the center of the rails without touching the flanges. On curved tracks, the increased diameter on the outer wheels and decreased diameter on inner wheels compensates for the greater distance the outer wheels must travel due to centrifugal force. Coning reduces lateral movement and contact between flanges and rails to allow for smooth train movement.
This document provides information on road arboriculture. It discusses that road arboriculture involves growing trees along roadsides in both urban and rural areas with a minimum spacing of 12 meters from the road center. The objectives are to provide an attractive landscape and make travel more comfortable for road users. Typical planting patterns involve rows of trees along both sides of the road. Maintaining the trees requires protection from animals, watering, pruning, and removing decaying or overcrowded trees. Proper maintenance helps the trees grow straight and keep the roads clear for traffic.
Rails, Types, Joints, Creep, Failure of Rails and Welding of Railssrinivas2036
The document discusses rails used in railway tracks. It defines different types of rails including double headed, bull headed, and flat footed rails. Flat footed rails, also called Vignoles rails, are now most commonly used. Standard rail sections used in Indian railways, such as 52kg and 60kg, are presented. Requirements of an ideal rail and factors affecting rail wear and failure are explained. Methods to reduce rail wear include use of special alloys, track maintenance, reducing expansion gaps, and lubricating rails.
Modes of transportation and its importance
Classification of roads
Types of pavements
Cross sections of road and railway
Causes of damage to roads
Traffic signs and signals
Significance of transportation in nation's development
Role of engineers in transportation.
A pump is a device that moves fluids or slurries through mechanical action. Pumps operate using various energy sources and come in different sizes, being used in applications like pumping water, fuel injection, oil/gas pumping, medical devices, and more. There are different types of pumps that operate based on different mechanisms, including dynamic pumps like centrifugal and axial pumps, positive displacement pumps like reciprocating, plunger, diaphragm, gear and peristaltic pumps, and rotary pumps. Each pump type has different configurations and is used for specific applications depending on factors like required pressure, flow rate, and properties of the fluid being pumped.
Track junctions transfer rail vehicles between tracks or allow them to cross tracks. There are several types of simple track layouts for junctions depending on traffic needs. Common layouts include turnouts that continue or change the direction of travel, symmetrical splits that divert tracks in two directions with equal radii, and three-throw switches that allow movement in three directions but are now obsolete due to safety concerns. More advanced layouts include double turnouts, diamond crossings, scissors crossovers, triangles, and double junctions.
This document discusses various aspects of railway track design and maintenance. It covers topics like alignment surveys, track gauges, stresses in tracks, rail selection, wear testing, corrugation and creep of rails, rail joints, welding of rails, and types of rail sections. Permanent way requirements include uniform gauge, proper rail leveling, strength against lateral forces, well-designed curves and gradients, minimum tractive resistance, and facilities for drainage and repairs. Coning of wheels is described as well as different rail gauges used in India like broad, meter and narrow gauge. Rail functions and requirements for an ideal section are also outlined.
The wheels of trains are shaped conically, sloping at an angle of 1 in 20 to match the conical slope of the rails. This coning prevents lateral movement between the wheels and rails that could cause uneven load distribution. On straight tracks, coning ensures the wheels roll along the center of the rails without touching the flanges. On curved tracks, the increased diameter on the outer wheels and decreased diameter on inner wheels compensates for the greater distance the outer wheels must travel due to centrifugal force. Coning reduces lateral movement and contact between flanges and rails to allow for smooth train movement.
This document provides information on road arboriculture. It discusses that road arboriculture involves growing trees along roadsides in both urban and rural areas with a minimum spacing of 12 meters from the road center. The objectives are to provide an attractive landscape and make travel more comfortable for road users. Typical planting patterns involve rows of trees along both sides of the road. Maintaining the trees requires protection from animals, watering, pruning, and removing decaying or overcrowded trees. Proper maintenance helps the trees grow straight and keep the roads clear for traffic.
Rails, Types, Joints, Creep, Failure of Rails and Welding of Railssrinivas2036
The document discusses rails used in railway tracks. It defines different types of rails including double headed, bull headed, and flat footed rails. Flat footed rails, also called Vignoles rails, are now most commonly used. Standard rail sections used in Indian railways, such as 52kg and 60kg, are presented. Requirements of an ideal rail and factors affecting rail wear and failure are explained. Methods to reduce rail wear include use of special alloys, track maintenance, reducing expansion gaps, and lubricating rails.
Modes of transportation and its importance
Classification of roads
Types of pavements
Cross sections of road and railway
Causes of damage to roads
Traffic signs and signals
Significance of transportation in nation's development
Role of engineers in transportation.
A pump is a device that moves fluids or slurries through mechanical action. Pumps operate using various energy sources and come in different sizes, being used in applications like pumping water, fuel injection, oil/gas pumping, medical devices, and more. There are different types of pumps that operate based on different mechanisms, including dynamic pumps like centrifugal and axial pumps, positive displacement pumps like reciprocating, plunger, diaphragm, gear and peristaltic pumps, and rotary pumps. Each pump type has different configurations and is used for specific applications depending on factors like required pressure, flow rate, and properties of the fluid being pumped.
Track junctions transfer rail vehicles between tracks or allow them to cross tracks. There are several types of simple track layouts for junctions depending on traffic needs. Common layouts include turnouts that continue or change the direction of travel, symmetrical splits that divert tracks in two directions with equal radii, and three-throw switches that allow movement in three directions but are now obsolete due to safety concerns. More advanced layouts include double turnouts, diamond crossings, scissors crossovers, triangles, and double junctions.
Track fittings and fastenings are used to connect rails together and fix them to sleepers to maintain proper track alignment and allow for smooth train movement. Key fittings include fish plates, spikes, bolts, chairs, keys, blocks, and bearing plates. Fish plates are used to join rails and allow for thermal expansion. Spikes secure rails to wooden sleepers. Bolts connect fish plates to rails and chairs to sleepers. Chairs position double-headed rails. Blocks maintain rail spacing. Bearing plates support flat-footed rails on sleepers. These fittings serve critical functions in maintaining track geometry for safe and reliable train operations.
5.track or permanent way and track stressesMani Vel
The document discusses the components and stresses acting on railroad tracks. It describes the main parts of a track including the rails, sleepers, ballast, and formation. The rails are joined by fish plates and bolts and fastened to sleepers. Sleepers are embedded in ballast which provides drainage and load distribution. A good track requires proper gauge, cross-leveling, alignment, gradient, and resilience to provide a comfortable ride while withstanding forces from train movement and varying temperatures. Wheels are coned rather than flat to reduce wear on flanges and rails and allow for lateral movement.
This document provides information on transportation engineering and the role of transportation. It discusses how transportation engineering applies engineering principles to vehicles, infrastructure, safety, environmental impacts and energy usage related to transportation. It also outlines the economic, social and other benefits of transportation, including enabling economic development by facilitating the movement of goods and people. The document then describes different modes of transportation like roads, railways, waterways and airways. It provides details on the classification, components and design of roads.
Permanent Way of Railway & Components ?(part -1,2,3,4,5)RAMPRASAD KUMAWAT
Permanent Way Components: , Selection of Alignment, Ideal Permanent Ways and Cross-sections in different conditions, Salient Features and types of Components viz.
Rails, Sleepers, Ballast, Rail Fastenings.
Types and Selection of Gauges
The document discusses various road patterns including rectangular or block pattern, radial or star and block pattern, radial or star and circular pattern, radial or star and grid pattern, and hexagonal pattern. It provides details on the layout and advantages and limitations of the rectangular or block pattern, as well as examples of cities that use different patterns. The choice of road pattern depends on factors like the locality, town layout, and choice of the planning engineer.
This document provides an overview of transportation engineering and different modes of transportation. It discusses highways, railways, airways, and waterways in detail. For highways, it covers their historical development in India including key committees and acts that helped develop the road network like the Jayakar Committee, Central Road Fund, and Motor Vehicles Act. It also discusses classification of highways in India based on various factors.
Rail gauges are defined as the minimum perpendicular distance between the inner faces of two rails. Key factors that affect rail gauge selection include traffic conditions, development needs of poor areas, desired speed of movement, construction costs, and terrain. Common rail gauges include broad, standard, metre, and narrow. Rails are high carbon steel sections laid end to end on sleepers to provide a continuous, level surface for train movement and load distribution. Common rail types are double headed, bull headed, and flat footed (Vignoles) rails, with flat footed rails now comprising around 90% of global track due to advantages like reduced costs and greater stiffness.
Brief Introduction of
* Purposes of railway station
* Site selection for railway station
* Requirements of railway station
* Classification of stations
* Classification of Yards
Railway secondary part of the transportation . Railway use of maximum materials transport of one place to other place. Particular time of number of trains are move of particular junction so these part are used of points and crossing.
Best helpful of these ppt of railway track and design purposes.
Pavement failures are a common problem that occurs on roads over time due to factors like heavy traffic loads, changing weather conditions, and lack of proper maintenance. A case study of roads in Amreli City, India found the most common problems to be alligator and transverse cracking due to heavy loading from vehicles. The cracks developed due to reasons like high traffic volumes, monsoon rainfall, possible construction or material quality issues, and lack of timely maintenance repairs. Proposed solutions included improving road design and construction quality, performing routine maintenance, and restricting vehicle loads to design levels.
* DOWNLOAD AND PLAY IT IN MICROSOFT POWERPOINT CAUSE IT CONTAINS ANIMATION AND CAN'T WATCH WITHOUT IT *
Stations and Yards of Railway powerpoint presentation in Transport Engineering.
This document is a project report on the geometric design of railway tracks submitted by Mohit M. Jain to Gujarat Technological University in India. It introduces the topic of geometric design and its importance for ensuring safe and efficient train operation. The following chapters discuss geometric cross sections, gradients including different types, curves, superelevation, and gauge widening on curves. The report provides information on the key design considerations for railway tracks.
Sleepers are transverse members that support the rails and transfer loads from the rails to the ballast and subgrade. The main types of sleepers discussed are timber, cast iron, steel, and concrete. Sleepers must meet requirements like being economical, easy to maintain, and able to withstand shocks and vibrations. Ballast is layered beneath and around sleepers to distribute loads, provide drainage and stability. Common ballast materials are broken stone, sand, slag, and moorum. Tractive resistances oppose train movement and include train resistance, track profile resistance, starting/acceleration resistance, and wind resistance.
The document discusses various types of pavement failures including flexible and rigid pavement failures. For flexible pavements, failures include surface deformation (rutting, corrugation, shoving), cracking (fatigue, transverse, longitudinal), disintegration (potholes, patches), and surface defects (raveling, bleeding). Common causes are poor soil, inferior materials, improper geometry, overloading, and environmental factors. Maintenance techniques to address failures include bituminous surface treatments, asphalt overlays, slurry seals, and crack sealing. For rigid pavements, failures discussed are spalling at joints, scaling of cement concrete, and shrinkage cracks.
Canals are human-made waterways that allow boats and ships to pass between bodies of water. They are also used to transport water for irrigation and other human uses. Canals are classified in several ways, including whether the water source is permanent or temporary, the type of soil boundary, the financial purpose, water discharge volume, and canal alignment. The various types of canals include permanent canals, inundation canals, irrigation canals, power canals, and side-slope canals.
The document discusses the history and development of transportation and roads. It covers:
- The early development of roads dating back thousands of years and their importance for trade and transporting goods.
- Key aspects of Roman road construction including their straight design with no gradients.
- The development of roads in India including the establishment of the Public Works Department in 1865 and various committees and acts that helped develop road infrastructure over the 20th century.
- Different road patterns including rectangular, radial/star, circular and grid patterns along with their advantages and limitations.
This document provides information about different modes of transportation, including roadways, waterways, railways, and airways. It focuses on describing roadways and railways in India. For roadways, it covers classifications of roads and varieties of vehicles. For railways, it discusses advantages and disadvantages, categories, types of locomotives, permanent way components, gauges, and types of rails, sleepers, and ballast.
This document discusses various topics related to railway tracks, including reasons for rail failures, types of rail failures, causes and measurement of creep in rails, methods to correct creep, types of rail joints, requirements of an ideal rail joint, types of rail fastenings, and requirements of sleepers. It provides details on factors that influence rail failure, different types of rail failures such as crushed head, transverse fissure, etc. It also discusses various causes of creep in rails and methods to measure and correct creep, including pulling back rails and using creep anchors.
Topics:
1. Types of Gravity Dam
2. Forces Acting on a Gravity Dam
3. Causes of failure of Gravity Dam
4. Elementary Profile of Gravity Dam
5. Practical Profile of Gravity Dam
6. Limiting height of Gravity Dam
7. Drainage and Inspection Galleries
This document provides an introduction to transportation engineering and discusses various topics related to transportation including:
- The role of transportation in economic development and rural development.
- Different modes of transportation including road, rail, water, air, and others.
- Advantages and disadvantages of road transportation.
- Characteristics of road transport such as flexibility and low investment requirements.
- Concepts related to traffic such as volume, passenger car units (PCU), and flow characteristics.
Track fittings and fastenings are used to connect rails together and fix them to sleepers to maintain proper track alignment and allow for smooth train movement. Key fittings include fish plates, spikes, bolts, chairs, keys, blocks, and bearing plates. Fish plates are used to join rails and allow for thermal expansion. Spikes secure rails to wooden sleepers. Bolts connect fish plates to rails and chairs to sleepers. Chairs position double-headed rails. Blocks maintain rail spacing. Bearing plates support flat-footed rails on sleepers. These fittings serve critical functions in maintaining track geometry for safe and reliable train operations.
5.track or permanent way and track stressesMani Vel
The document discusses the components and stresses acting on railroad tracks. It describes the main parts of a track including the rails, sleepers, ballast, and formation. The rails are joined by fish plates and bolts and fastened to sleepers. Sleepers are embedded in ballast which provides drainage and load distribution. A good track requires proper gauge, cross-leveling, alignment, gradient, and resilience to provide a comfortable ride while withstanding forces from train movement and varying temperatures. Wheels are coned rather than flat to reduce wear on flanges and rails and allow for lateral movement.
This document provides information on transportation engineering and the role of transportation. It discusses how transportation engineering applies engineering principles to vehicles, infrastructure, safety, environmental impacts and energy usage related to transportation. It also outlines the economic, social and other benefits of transportation, including enabling economic development by facilitating the movement of goods and people. The document then describes different modes of transportation like roads, railways, waterways and airways. It provides details on the classification, components and design of roads.
Permanent Way of Railway & Components ?(part -1,2,3,4,5)RAMPRASAD KUMAWAT
Permanent Way Components: , Selection of Alignment, Ideal Permanent Ways and Cross-sections in different conditions, Salient Features and types of Components viz.
Rails, Sleepers, Ballast, Rail Fastenings.
Types and Selection of Gauges
The document discusses various road patterns including rectangular or block pattern, radial or star and block pattern, radial or star and circular pattern, radial or star and grid pattern, and hexagonal pattern. It provides details on the layout and advantages and limitations of the rectangular or block pattern, as well as examples of cities that use different patterns. The choice of road pattern depends on factors like the locality, town layout, and choice of the planning engineer.
This document provides an overview of transportation engineering and different modes of transportation. It discusses highways, railways, airways, and waterways in detail. For highways, it covers their historical development in India including key committees and acts that helped develop the road network like the Jayakar Committee, Central Road Fund, and Motor Vehicles Act. It also discusses classification of highways in India based on various factors.
Rail gauges are defined as the minimum perpendicular distance between the inner faces of two rails. Key factors that affect rail gauge selection include traffic conditions, development needs of poor areas, desired speed of movement, construction costs, and terrain. Common rail gauges include broad, standard, metre, and narrow. Rails are high carbon steel sections laid end to end on sleepers to provide a continuous, level surface for train movement and load distribution. Common rail types are double headed, bull headed, and flat footed (Vignoles) rails, with flat footed rails now comprising around 90% of global track due to advantages like reduced costs and greater stiffness.
Brief Introduction of
* Purposes of railway station
* Site selection for railway station
* Requirements of railway station
* Classification of stations
* Classification of Yards
Railway secondary part of the transportation . Railway use of maximum materials transport of one place to other place. Particular time of number of trains are move of particular junction so these part are used of points and crossing.
Best helpful of these ppt of railway track and design purposes.
Pavement failures are a common problem that occurs on roads over time due to factors like heavy traffic loads, changing weather conditions, and lack of proper maintenance. A case study of roads in Amreli City, India found the most common problems to be alligator and transverse cracking due to heavy loading from vehicles. The cracks developed due to reasons like high traffic volumes, monsoon rainfall, possible construction or material quality issues, and lack of timely maintenance repairs. Proposed solutions included improving road design and construction quality, performing routine maintenance, and restricting vehicle loads to design levels.
* DOWNLOAD AND PLAY IT IN MICROSOFT POWERPOINT CAUSE IT CONTAINS ANIMATION AND CAN'T WATCH WITHOUT IT *
Stations and Yards of Railway powerpoint presentation in Transport Engineering.
This document is a project report on the geometric design of railway tracks submitted by Mohit M. Jain to Gujarat Technological University in India. It introduces the topic of geometric design and its importance for ensuring safe and efficient train operation. The following chapters discuss geometric cross sections, gradients including different types, curves, superelevation, and gauge widening on curves. The report provides information on the key design considerations for railway tracks.
Sleepers are transverse members that support the rails and transfer loads from the rails to the ballast and subgrade. The main types of sleepers discussed are timber, cast iron, steel, and concrete. Sleepers must meet requirements like being economical, easy to maintain, and able to withstand shocks and vibrations. Ballast is layered beneath and around sleepers to distribute loads, provide drainage and stability. Common ballast materials are broken stone, sand, slag, and moorum. Tractive resistances oppose train movement and include train resistance, track profile resistance, starting/acceleration resistance, and wind resistance.
The document discusses various types of pavement failures including flexible and rigid pavement failures. For flexible pavements, failures include surface deformation (rutting, corrugation, shoving), cracking (fatigue, transverse, longitudinal), disintegration (potholes, patches), and surface defects (raveling, bleeding). Common causes are poor soil, inferior materials, improper geometry, overloading, and environmental factors. Maintenance techniques to address failures include bituminous surface treatments, asphalt overlays, slurry seals, and crack sealing. For rigid pavements, failures discussed are spalling at joints, scaling of cement concrete, and shrinkage cracks.
Canals are human-made waterways that allow boats and ships to pass between bodies of water. They are also used to transport water for irrigation and other human uses. Canals are classified in several ways, including whether the water source is permanent or temporary, the type of soil boundary, the financial purpose, water discharge volume, and canal alignment. The various types of canals include permanent canals, inundation canals, irrigation canals, power canals, and side-slope canals.
The document discusses the history and development of transportation and roads. It covers:
- The early development of roads dating back thousands of years and their importance for trade and transporting goods.
- Key aspects of Roman road construction including their straight design with no gradients.
- The development of roads in India including the establishment of the Public Works Department in 1865 and various committees and acts that helped develop road infrastructure over the 20th century.
- Different road patterns including rectangular, radial/star, circular and grid patterns along with their advantages and limitations.
This document provides information about different modes of transportation, including roadways, waterways, railways, and airways. It focuses on describing roadways and railways in India. For roadways, it covers classifications of roads and varieties of vehicles. For railways, it discusses advantages and disadvantages, categories, types of locomotives, permanent way components, gauges, and types of rails, sleepers, and ballast.
This document discusses various topics related to railway tracks, including reasons for rail failures, types of rail failures, causes and measurement of creep in rails, methods to correct creep, types of rail joints, requirements of an ideal rail joint, types of rail fastenings, and requirements of sleepers. It provides details on factors that influence rail failure, different types of rail failures such as crushed head, transverse fissure, etc. It also discusses various causes of creep in rails and methods to measure and correct creep, including pulling back rails and using creep anchors.
Topics:
1. Types of Gravity Dam
2. Forces Acting on a Gravity Dam
3. Causes of failure of Gravity Dam
4. Elementary Profile of Gravity Dam
5. Practical Profile of Gravity Dam
6. Limiting height of Gravity Dam
7. Drainage and Inspection Galleries
This document provides an introduction to transportation engineering and discusses various topics related to transportation including:
- The role of transportation in economic development and rural development.
- Different modes of transportation including road, rail, water, air, and others.
- Advantages and disadvantages of road transportation.
- Characteristics of road transport such as flexibility and low investment requirements.
- Concepts related to traffic such as volume, passenger car units (PCU), and flow characteristics.
2.1 Sustainable and inclusive transport - BUET (1).pdfNabilaEram
This document discusses the transport system and challenges in Bangladesh. It notes that while roads and inland water transport dominate the system, carrying over 90% of traffic, the transport sector suffers from insufficient infrastructure, institutional deficiencies, lack of public transport options, and inadequate traffic management. The document examines the current status and issues with various modes of transport like rail, road, and water. It identifies weaknesses in the institutional arrangements for transport planning and management, including a lack of coordination, assessment of optimal modal usage, and capacity for integrated multimodal planning. Overall, the transport system in Bangladesh requires improvements to infrastructure, expansion of public transport, strengthened institutions, and better coordination between modes for sustainable development.
Critical Review on public transport case study Dubai .pptxAkash Sthavaramath
this work Critically reviews dubais public trasport system ie on road , rail, and marine public transport and as well as ipt system . with several parameters
This document discusses transit planning and urbanization. It covers several key topics:
1. It introduces different types of transit modes defined by their right-of-way, technologies, and operations. There are three categories of right-of-way: grade-separated, longitudinally separated from traffic but subject to controls, and operating in mixed traffic.
2. It discusses factors that influence urbanization, such as natural population increase, rural-to-urban migration, and international migration. Urbanization increases mobility demands in cities.
3. Spatial patterns in urban areas include centralization, with activities focused in a center, and clustering, with concentrations around transport hubs and smaller absorbed towns.
Transportation engineering involves the planning, design, operation and management of transportation facilities to provide for the safe, efficient and economical movement of people and goods. The document discusses various modes of transportation including their advantages and disadvantages. It provides details on the historical development of roads in India and committees formed to improve the road network in the country. Key highlights from the multi-page document include classifications of roads based on factors like traffic volume and location, as well as the importance of proper highway alignment for cost, safety and traffic flow.
The overview of transport infrastructure sectors in the kingdom of cambodiachao phibal
The document provides an overview of Cambodia's transport infrastructure sectors, with a focus on roads. It discusses the country's road network, which includes national and provincial roads managed by the Ministry of Public Works and Transport, and rural roads managed by the Ministry of Rural Development. It also addresses traffic volumes and characteristics, road pavement status, and Cambodia's role in the Asian Highway network. The road network has improved significantly since the 1980s but accessibility remains among the lowest in Asia.
Road Network and Transport Thematic area.pptxtemesgen442110
This document provides details about an urban planning project studio focusing on land use and transportation components. The major study components are residence, commerce, administration, services, manufacturing, transportation infrastructure including road networks, recreation, urban agriculture, and special functions. Regarding transportation, the document discusses analyzing different modes of transport including road, rail, air, and water. It provides guidance on required data collection including transport networks, traffic counts, and analysis of facilities like terminals and parking. The analysis will evaluate transport linkages, road hierarchies, traffic patterns, and compatibility of transportation with surrounding land uses.
This document discusses urban mobility challenges in Dakar, Senegal and the role of CETUD, the urban mobility authority, in addressing them. It summarizes that Dakar faces issues like road congestion and an aging public transport fleet. CETUD was created to manage urban mobility and has achieved professionalizing informal transport, partnering on projects, and overseeing the renewal of over 1,600 vehicles. Upcoming mass transit projects include a Bus Rapid Transit line and Regional Express Train to improve mobility and access across the metropolitan area. The document emphasizes that a strong institutional authority is needed to coordinate sustainable solutions to Dakar's transportation problems.
This document discusses the importance of transport and communication for development. It describes a scenario where a village man needs to take his sick wife to the hospital, but faces difficulties due to lack of transport and communication facilities. It then outlines the objectives of examining different modes of transport and communication and their role in connecting people and facilitating socio-economic growth. The key modes of transport discussed are roadways, railways, water transport and air transport. It focuses on the classification and importance of roads and railways for transportation within India.
This document provides an overview of transportation engineering and the various modes of transportation. It focuses on road transportation and the historical development of roads in India. The key modes discussed are land (road and rail), water, and air transportation. For road transportation specifically, it outlines the major classifications of highways in India and the historical milestones in road development, including committees established and plans implemented over time to improve the road network.
This document provides an overview of transportation engineering and highway development in India. It discusses the importance of transportation for socioeconomic development. It outlines the key modes of transportation including road, rail, water, and air. It summarizes the recommendations of the Jayakar Committee which established the Central Road Fund in 1929 to support road development. The document also discusses the history of road development in ancient India, the Mughal period, and 19th century under British rule. It examines the impact of transportation on population distribution, economic activity, and law and order.
Research presentation by visiting academic Dr Michael Poku-Boansi, Senior Lecturer at the Department of Planning, KNUST, Kumasi, Ghana and member of the Ghana Institute of Planners (GIP).
Abstract:
Research indicates that transport services in cities in developing countries are mostly informal and include the use of rickety and low occupancy vehicles such as minibuses, taxis, motorcycles and vans, operated by private groups or individuals. Due to this classification, two schools of thought have emerged. The first suggests that these informal transport service sector operators in most cases operate outside the officially sanctioned public transport sector and as a result should be regarded as nuisance due to its disorganised nature, calling for public intervention and occasional eradication. Given its disorganised nature, informal transport service operators are identified with urban problems including low level of services, high rates of collision and accidents, increased congestion in cities, erratic scheduling and services, inadequate and lack of capacity and evasion of taxes and fees. In contrast, the other school of thought supports and emphasises the critical role these private operators play in meeting the mobility demand of the urban population, as in some jurisdictions (e.g., Ghana, Kenya, and Senegal) provide over 50% of transport services. Public transport service provision in Ghana has undergone several transformations since pre-colonial times, both structured and disorganised development. However, to avoid the gradual decay of public transport service provision in Ghana, the government of Ghana since 2005 has initiated plans to introduce Bus Rapid Transit (BRT) services as a way of improving efficiency in public transport services. The Ghana UTP seeks to among other things to improve mobility within Ghana’s urban centres and to shift to more environmentally-sustainable transport modes and lower transport-related GHG emissions. Although the BRT project is yet to be fully roll out, its implementation is already facing some resistance from the informal public transport operators due to, a large extent, mistrust between the informal public transport operators and the government. The informal public transport operators consider this government intervention (BRT) as a strategy to make their operations inefficient and unpopular among Ghanaians. As a result, previous attempts to implement the project have failed, regardless of the potential benefits of the BRT. The purpose of my research is to explore ways of transition the uncoordinated informal public transport service operations in Ghana into a formal public transport service sector.
This document summarizes a project report on the construction of roads at the National Institute of Technology in Warangal, India. It was completed by five students under the guidance of a faculty member. The report discusses the importance of roads for economic development and transportation. It provides an overview of the types of roads in India and the current status of the national highway system. It also describes the phases of road construction, materials used, equipment involved, and project management tools applied to the road projects at NIT Warangal.
EMBARQ Türkiye Yol Güvenliği Projeleri Yöneticisi Celal Tolga İmamoğlu, CODATU 2015'in Barselona, Zahle ve Beyrut'tan vaka incelemelerinin olduğu 'Road Safety and Security in Cities' oturumunda EMBARQ Türkiye'nin beş ilimizde yürüttüğü Yol Güvenliği Laboratuvarı Projesi'ni anlattı. Yapılan önerilerle, 70 kişinin hayatı kurtarılırken, 500 çarpışmanın da engellenebileceği öngörülüyor.
CODATU 2015: Enerji, İklim ve Hava Kalitesi Sorunu: Gelişmekte olan Ülkelerde Kent içi Ulaşım Politikalarının Rolü
EMBARQ Turkey Road Safety Projects Manager Celal Tolga İmamoğlu presented RSLab (Road Safety Laboratory) Project that EMBARQ Turkey has implemented in 5 cities in Turkey, during 'Road Safety and Security in Cities' session of CODATU 2015 containing case studies from Barcelona, Zahle and Beirut. According to the recommendations, 70 lives will be saved and 500 crashes will be prevented.
CODATU 2015: Energy, Climate and Air Quality Challenge: The Role of Urban Transport Policies in Developing Countries
Promoting Sustainable Cities using Green TransportJIT KUMAR GUPTA
Presentation tries to focus on how to promote green transport in the cities so as to minimise the impact of transport on the climate change, global warming and reducing carbon footprints of the cities to make them more sustainable and livable
The document summarizes the results of traffic surveys conducted across Cambodia's road network in 2005. Over 60 roadside count stations, 41 origin-destination interview stations, and 21 travel time surveys were performed. Key findings include:
- Traffic volumes on national highways near Phnom Penh exceeded two-lane road capacities, indicating the need for widening.
- Most trips originated or ended in Phnom Penh, especially between Phnom Penh and Kandal Province.
- Existing traffic bottlenecks are caused by mixed traffic, roadside markets, lack of traffic control, and reached road capacities near major cities.
Transportation Planning as Effective Mean to Rejuvenate a Pilgrimage TownIRJET Journal
This document discusses transportation planning issues in the pilgrimage town of Katra, India. It receives over 10 million pilgrims annually but faces problems with its transportation network and traffic. The roads are in poor condition, there is a lack of proper parking, and pedestrian and vehicular traffic mix chaotically. A railway station was constructed in 2014 which improved business but did not fully address the town's transportation needs. The document calls for redeveloping Katra's transportation network through measures like decentralizing housing, improving connecting roads, and identifying traffic patterns, to better serve pilgrims and rejuvenate the town in a sustainable manner.
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ملزمة تشريح الجهاز الهيكلي (نظري 3)
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1. 2020
Written By : HAMMAD ZAIB
TRANSPORTATION SYSTEM OF DISTRICT
SWABI
12/25/2020
SEMESTER PROJECT
2. GENERAL INFORMATION ABOUT ABOUT AUTHOR
PROJECT
TRANSPORTATION SYSTEM OF DISTRICT SWABI
Written By
HAMMAD ZAIB
Edit by
HAMMAD ZAIB
Institute
GHULAM ISHAQ KHAN
Reg No
U2018553
FACULTY
CIVIL
TITLE
PROJECT
PROJECT NAME
TRANSPORTATION SYSTEM
SUBMITTED TO
DR. SHIRAZ
date of submission
25/12/2020
3. TABLE OF CONTENT
Statement of the problem………………………………………………………………………………………….….…..01
Abstract……………………………………………………………………………………………………………………….……01
Key words……………………………………………………………………………………………………………………….…01
Abreviation In the text……………………………………………………………………………………………….…......02
Introduction……………………………………………………………………………………………………………….……...02
General information about mode of transportation…………………………………………………….….….03
SECTION 1………………………………………………………………………………………………………………………..…04
Existing situation of transport in distract swabi…………………………………………………………….…..04
Mode of transportation in distract swabi…………………………………………………………………….……...05
General overview of distract swabi………………………………………………………………………………….....07
SECTION 2………………………………………………………………………………………………………………………..…10
Level of accessibility…………………………………………………………………………………………………………...12
Travel time………………………………………………………………………………………………………………………….13
Capacity……………………………………………………………………………………………………………………………....14
Operation…………………………………………………………………………………………………………………………….14
Environmental impact…………………………………………………………………………………………………………15
SECTION 3……………………………………………………………………………………………………………………………17
How existing transportation system of distract swabi can be improved……………………………...18
Benefits of public transport…………………………………………………………………………………………………..18
Introducing of traffic signals…………………………………………………………………………………………………18
Recommendation for new transport system for distract swabi…………………………………………….19
SECTION 4………………………………………………………………………………………………………………………………20
Conclusion………………………………………………………………………………………………………………………………21
References……………………………………………………………………………………………………………………………...2
4. STATEMENT OF THE PROBLEM
To discuss the existing situation of transportation of district swabi , how the existing transport system
can be improved and further which new transport system is required to meet the need of district swabi .
Base on this statement there are three basic need if this project.
. Transport Existing situation at distract swabi
. How they can be improved
. recommendation for need of new transport system to meet the desire need
ABSTRACT
Transportation system is very important for the development of any country the econmoic
growth of the country depend on the transportation system .This study is aimed to do the
research on the transportation system of district swabi and how they can be improved .several
literature study is carried out to find some useful result using various links on wikipedia
,through face to face interaction by questionnaires and from previous repots..After studying
all these ie literature ,previous reports etc I noticed that the transportation systemof district
swabi does not meet with the required needs .
KEY WORDS
Transportation system , travel time ,environmental impact ,level of accessibility etc
ABBREVIATIN IN THE TEXT
ADT Average daily traffic
ML Main line
Trans Transportation
TMS Transportation management system
TSI Transportation safety institute
Co2 carbon dioxide
O2 oxygen
CFC Chlorofluorocarbon
INTRODUCTION
Transport is the efficient moment of people and goods from one place to another place. Efficient
transport play a vital role in the economic growth of the country or in another words if we can
5. say that the economic growth of the country depend on the efficient moment of people and goods
across the country so it can be wrong.
MODE OF TRANSPORT
Transportation divided into three modes this may include
LAND
WATER
& AIR.
LAND TRANSPORT
The Land Transport consists of railway lines and roads
WATER TRANSPORT
The water transportation system is divided into two types:
. RIVER OR INLAND TRANSPORT
. SEA OR OCEANIC TRANSPORT.
AIR TRANSPORT
It is an expansive mode of transportation in that mode of transportation the passenger is
transported from one place to another place by air using aeroplanes.
CH.01
EXISTING TRANSPORT SITUATION OF DISTRICT SWABI
MEANS OF TRANSPORT IN DISTRICT SWABI
Þ ROADS
Þ PIPELINES
Unfortunately the existing Situation of distract swabi in the field of transport is not so good due
to lack of government interest in that region of Pakistan .That is way swabi has only two mode of
transportation that is roads and pipelines but honestly says that, that’s mode of transportation is
not so develop as it should be although SWABI has a lot of business opportunity because in
SWABI GANDAF is an industrial area where hundreds of industries exist but due a lot of taxies
and such poor infrastructure of transportation most of industries is know close .
As SWABI has only two mode of transportation as discuss above so here we can explain that’s
mode of transportation.
Transportation by roads
6. IMPORTANCE OF ROADS
. Roads are suitable for short distance travels and traffic movement.
. Construction and maintenance of roads are cheap and easy..Loading and unloading of goods in trucks
involves less amount of money.
. For transport perishable commodities, roads provide better services rather than railways
Main transport infrastructure in District SWABI is provided by several road links to various
highways including the Motorway (M-1), the Grand Trunk Road (N-5), the Karakoram Highway
(N-35) and many provincial highways, enabling rail, road and air connections (through Bacha
Khan International Airport, Peshawar served by all Pakistani airlines, and till recently some
foreign airlines to all Pakistani cities as some gulf countries But SWABI itself has no airport.
EXISTING TRANSPORT SITUATION OF DISTRACT SWABI
Road that is used for inter district Transportation :
The main transport infrastructure in District SWABI that is used for inter distract transportation
is provided by several road links to various highways including the Motorway (M-1), the Grand
Trunk Road (N-5), the Karakoram Highway (N-35) and many provincial highways, enabling rail,
road and air connections (through BACHA Khan International Airport, Peshawar served by all
Pakistani airlines, and till recently some foreign airlines to all Pakistani cities as some gulf
countries. SWABI itself has no airport.
Roads That Is Used For Intra Distract Transportation:
Here we discuss the existing situation of some roads that is widely used for Intra Transportation
in district SWABI
. JEHANGIRA to SWABI road
. SAWABI to TOPI road
. CHOTTA LAHORE to YAQUBE road
. TOPI to GUNDUF Road :
. TOPI to TURBELA Road
According to the survey done in 2009 the projected vehicle in distract SWABI in 2020 is about
approximately 24326 vehicle are register in distract SWABI where as about 26030 are
reported to be On-Road. Evidently, the total vehicles plying in the district are more
than registered here. Two types of vehicles i.e., Motor Cycles / Scooters and Motor
Cab Rickshaws are strikingly on higher side while remaining are lesser in number,
as seen in the following table.
7. .In the below table the type ,% and numbers of vehicle is shown.
TYPE OF
VEHICLE
REGISTERED VEHICLE VEHICLE ON ROAD
Number % age number % age
Motor
Cycle/Scooter
s
16986 70 19368 74
Motor
Cars/Jeeps/Ta
xi
2780 11 2596 10
Buses/Mini
Buses 218 1 360 1
Motor Cabs
Rickshaws 2588 11 2572 1
Public Carrier
Trucks 410 2 272 1
Other Vehicles
(Tractors,
Private
Trucks,
Dumpers,
1334 5 862 3
The projected vehicles in District Swabi in 2031, based on average annual growth rate of
3.5 % for last 10 years are respectively estimated at 18,379 and 25,926 total vehicles, as seen in
the
TRAFFIC VOLUME
In order supplement to above described traffic data and to have firsthand data on traffic volume
and nature, fresh traffic counts - Manual Classified Counts (MCC) have been conducted by the
Consultants, on primary roads of District Swabi at entry and exit points, along with OD survey to
8. have an up-to-date scenario. Following tables and figure present existing traffic volume and
nature on primary roads in District Swabi:
Sr number Description mardan road Ghazi road `nowshera
road
total
1 incoming 5272 1386 5213 11871
2 Outgoing 4957 1979 5531 12467
total 10229 3365 10744 24338
The traffic density on primary roads of district SWABI is fairly within limits as per lane traffic carrying
capacities defined in National Reference Manual on Road and Infrastructures. However, traffic density
increases on the primary roads when these entre into urban limits as local/ intra city traffic gets mixed.
The table below presents the mix of almost all motorized modes of transport, on all the primary
highways. Detailed statistics are presented in the District Studies Report, SWABI Following are the main
inferences:
1.Total Traffic volume on the three primary roads of District SWABI (in-coming plus out-going) is 24,338
vehicles, of which maximum volume is on NOWSHERA Road (about 44% of total flow, both ways), closely
followed by MARDAN Road (42%), and Ghazi Road (about 14%). The vehicles include all modes of traffic
including motor Cycles/ Scooter, Car/Jeep, Wagons/Mini Buses, Buses, pickups, trucks, and tractor
trolleys.
2. In terms of modal split, 32% of the total traffic volume (on all four primary roads, both ways)
comprises of motor cycles/scooters, followed by cars/jeeps (30%), wagons/mini buses (15%) and around
9% pick-up trucks. Other modes are relatively much less.
3. Of the total cars/jeeps, about 48% ply on MARDAN Road, 37% on NOWSHERA Road, and 15% on Ghazi
Road
4. Among the motor cycles/scooters, about 55% ply on NOWSHERA Road, 33% on MARDAN Road, and
15% on Ghazi Road.
S no Vehicle type direction Mardan
road
Ghazi
Road
Nowshera
Road
Total
vehicle
1
Motor cycle
In-coming 1597 380 2089 4066
Out-going 968 559 2259 3786
total 2565 939 4348 7852
% 32.67 11.96 55.37 100
2
Car, jeep
In-coming 2130 467 1214 3811
Out-going 1366 594 1447 3407
total 3496 1061 2661 7218
% 48.43 14.70 36.87 100
3
Weagon and mini
buses
In-coming 571 857 241 1609
Out-going 912 666 356 1934
total 1483 1523 597 3603
% 41.16 42.27 16.57 100
4
Pick up
In-coming 602 488 153 943
Out-going 302 535 218 1320
9. total 965 1025 271 2263
% 42.73 45.29 11.98 100
5
Tractor tally
In-coming 236 215 51 502
Out-going 138 260 90 488
total 347 475 141 990
% 38 48 14 100
6
Truck
in-coming 176 9 213 398
Out-going 403 9 238 650
total 579 181.72 451 1048
% 55.25 47.03 100
7
Large buses
In-coming 114 78 12 20.4
Out-going 109 247 13 36.9
total 223 325 25 57.3
% 38.92 56.72 4.36 100
LEVEL OF SURFACE
To determine level of service against traffic carrying capacity of primary roads in District SWABI,
maximum traffic flows during peak hours have been converted into equivalent passenger car
units (PCUs), so that level of service of the roads can be determined, as would be seen in next
paragraph. Maximum traffic flows during peak hour, in terms of number of vehicles as well as
PCUs is detailed in following Table. Of the total traffic volume in peak
Primary
Road
Operation
hr
Total PCUs lane PCU/lane Level of
traffic flow
Ghazi 9-10 AM 587 2 A Free flow
Mardan 9 -10 AM 2272 2 C Stable flow
nowshera 8-9 AM 2997 4 B Reasonable
flow
Origin-Destination Survey
Traffic Origin-Destination Survey was conducted in January 2013 on primary roads of District
SWABI, at boundaries and entry/ exit points. The survey was single day based and covered
mainly peak hours of traffic flow
Following are the main inferences of O-D survey:
i. A total of 322 vehicles were interviewed of which 39% were cars/jeeps, followed by
19% wagons/mini buses, 17% pick-ups, about 6% large buses, 14% trucks of different
categories and about 5% tractor trolley
ii. Most of the vehicles interviewed for origin/destination were on NOWSHERA Road
(47%), followed by 32% on MARDAN Road, 21% on Ghazi Road.
iii. Of those who originated from SWABI, about 41% were destined for NOWSHERA,,
around 22% for MARDAN, about 15% for FATA, and 14% for Punjab/Islamabad.
10. iv. Of those whose destination was SWABI, 34% were coming from NOWSHERA, about
29% from MARDAN, and about 17% from FATA and other areas of KP .The detail is
given in the above tables.
2. PIPELINE TRANSPORTATION
Pipeline transport is the long-distance transportation of a liquid or gas through a system of
pipes—a pipeline—typically to a market area for consumption. The latest data from 2014
gives a total of slightly less than 2,175,000 miles (3,500,000 km) of pipeline in 120 countries
of the world .
Pipeline transportation of distract swabi
The pipeline transportation in distract SWABI is not use on large scale .In some village of distract
SWABI the GAS which is used in home for cooking and in CNG station as vehicle fuel ETC is
transported by pipeline transportation system.
GENERAL OVERVIEW ABOUT DISTRACT SWABI
Population and its distribution
According to the 2017 Census of Pakistan, the city of SWABI had 123,412 inhabitants,
making it the eighth-largest city in Khyber Pakhtunkhwa. These inhabitants were spread
out among 16,212 households, making the average household size in SWABI
7.61. [1]
SWABI experienced quick growth throughout the latter half of the twentieth century,
as the population of SWABI grew nearly fivefold in just 40 years. The city's growth has,
though, over time, slowed down, and between the years of 1998 and 2017, its population
only grew at a rate of 2.29% every year
Census Year Population Rural Area Urban Area
1951 272,279 272,279 None
1961 332,543 307,862 24,681
1972 507,631 440,213 67,418
1981 625,035 566,734 58,301
1998 1,026,804 847,590 179,214
2017 1,624,616 N/A N/A
..
As the population of district SWABI increases with highest rate so we may develop our
transportation system and its infrastructure with time to overcome our need .
11. …dark blue colour indicates most populated area
…pink colour indicates moderate populated area
CIMATE
SWABI has hot and humid summers and cold winters. High temperatures are recorded during the
months of June and July, while the coldest months are December and January. Some areas like
MAHABAN is situated at an altitude of 7000 feet above sea level and have pleasant weather
during summers. Generally, four seasons prevail in the area, which may climatologically be
divided as1:
1 The categorization is based on comments sent to PMU by Meteorological Department,
Peshawar
· Winter: December-March
· Pre-monsoon: April-June
· Monsoon: July-September
· Post-monsoon: October-November
Swabi's climate is classified as warm and temperate. In winter, there is much less rainfall
as compared to summer. Köppen and Geiger classify this location as Cwa. The annual
average temperature is 22.2 °C in Swabi. About 639 mm of precipitation falls annually. The
least amount of rainfall occurs in November with average of 12 mm. While August is the
most precipitative month of the year having 137 mm precipitation falls. The highest
12. average temperature is recorded in June, which is around 32.9 °C. January has the lowest
average temperature of 10.2 oC. Annually variation in the precipitation between the driest
and wettest months is 125 mm. During the year, the average temperatures vary by 22.7 °C.
The mean relative humidity ranges from 44.5 to 75 percent during the year. The surface
wind speed varies during the year from 1.7 to 7.6 knots, with variation in direction.
Mo
n-
ths
Jan Feb Mar Apr May Jun Jul Aug Sep Oct Nov Dec Ann
ual
Mea
n
Max
Te
mp
(Co)
17.
7
19.
4
24.
4
30.
1
36.
1
41 38 36 35 31.
7
25.
5
19.
7
30
Mea
n
Min
Te
mp
(Co)
2.8 6 10.
6
15.
3
20 24.
9
25.
7
24.
8
21.
9
15.
1
8.3 3.8 15
Mea
n
Te
mp
10.
2
12.
7
17.
5
22.
7
28 32.
9
31.
8
30.
4
28.
4
23.
4
16.
9
11.
7
22
(Co)
Mea
n
Rai
n
Fall
(M
m)
55 58 69 47 23 25 110 137 58 14 12 31 53
13. Mea
n
R/H
%
70 68.
5
63.
5
55 44.
5
46 59.
5
67 65 65.
5
71 75 63
Mea
n
Win
d
Spe
ed
(Kn
ots)
2.9 4.4 4.1 5.2 5.4 7 7.6 6.3 4.7 2.5 1.7 1.9 4
DISTRACT SWABI GEOGRAPHY
District Swabi constitute about 60% of Quaternary Alluvium these are unconsolidated deposit of
gravel, sand, silt and clay. The remaining 40% of District in constitute of TANAWAL and
MANGALUR formation undivided, KARORA complex and GANDUF formation undivided,
LANDIKOTAL slates and MANKI formation undivided and BESHAM and KOTLA complexes
undivided from the Precambrian Era and from the Paleozoic Era it has SHEWA, AMBELA and
WARSAK Complexes undivided, Swat and MANSHERA granite complexes undivided and Paleozoic
Rocks undivided.
CH 02
2. A. LEVEL OF ACCESSABILITY
As most of the part of district SWABI located in rural area so here we divide the transportation
system in two parts public and private . Public transport can be use by almost 70 % people of
district SWABI but this transport facility is not available after almost 8 pm due to which people
face several problem and private transport which is not effort by every person but the people
which effort their personal transport can be available at every time to be use which is almost use
by 30 % of people of district SWABI
2.B..TRAVEL TIME
Travel time indicate that how efficient the transportation system of particular city or region .if
the travel time is less than the moment of people and transportation of goods from one place to
another can be beneficiary because its save time and money .But unfortunately the travel time of
SWABI is increases day by day due to lack of infrastructure and inefficient transportation time .
SWABI has only one mode of transportation that is by road the main road of SWABI that passes
across the entire SWABI region in some places its single track which increase the travel time
14. because of high volume of traffic and in that places the vehicle from both sides use single road so
there is speed limit that ranges from 20 to 30 km/hr and in some places should be not more then
5 to 10 km/HR if you go beyond from that speed then there will be high chance of accident which
increase travel time and cost which could be not beneficiary for the economic growth of SWABI
and it should directly affect the economic growth of PAKISTAN so there is need to take some
serious step to overcome this problem.
Single road
THE PICTURE INDICATE THE TRAFFIC IN SWABI
15. 2. C .CAPACITY
To determine traffic carrying capacity of different vehicles they can be divided
into different types .capacity of transport system is dependent on the size and
type of transport.
Transportation provide type in district swabi :
Transportation provide type can be divided in district SWABI into contact carrier
and common carrier the contractual carrier which work on contractual base can
be used by small group of people mean 20 to 30 % of people of district SWABI for
different purpose for example for schools ,office etc .
The common carrier can be used by large % of people more than 70% of people
of district SWABI .
Most commonly the contact carrier can charge on monthly basis and the common
carrier which is mostly used by public can charge on the spot .
Here we can discuss the different part pears in inter city and intra city in the
following table.
Type of vehicle used :
. Rishka
. flying coach
. bus
THE BELOW TABLE SHOW THE PEAR/RENT OF DISTRACT SAWBI
Region Type of vehicle distance Pears/rent Time
Tordher to
jehangira
Reshka 10 km 20 Ruppees 20min
Flying coach 10km 20 Ruppees 10min
16. Bus 10 km 10 Ruppees 12min
Topi to
swabi
Reshka 15 km 25 Ruppees 30 min
Flying coach 15km 25 Ruppees 20 min
Bus 15km 25Ruppees 25min
Swabi to
jehangira
Reshka 52 km 70 Ruppees 55min
Flying coach 52 km 60 Ruppees 40min
Bus 52km 50 Ruppees 35min
Topi to
tordher
Reshka 67 km 95 Ruppees 95min
Flying coach 67 km 85Ruppees 60min
Bus 67 km 75 Ruppees 60min
A BUS WHICH IS BIG IN SIZE AS SHOWN SO IT HAS HIGH CARRYING CAPACITY
A RESHKA WHICH IS SMALL IN SIZE INDICATE THAT IT HAS SMALL CAPACITY FOR
PASSENGER
17. 3.D.OPERATION
Transport operation. is the movement of a single type of goods from one place of origin, where
the goods are loaded, to a destination, where they are unloaded .The efficient transport operation
can play vital role in the economic growth of any district
TRANSPORT OPERATION IN DISTRACT SWABI :
Unfortunately the Transport operations of district SWABI does not meet the required standard
due to lack of infrastructure and government interest .Due to lack of infrastructure one type of
goods can be loaded and unloaded two to three time in the way of there destination because some
infrastructure cannot bear such heavy vehicles due to which it can be firstly unloaded and then
loaded in small number of vehicle to transport it to there destination due to which increase cast
and also it is time consuming which is not good.
A vehicle transporting goods
3 .E. ENVIRONMENTAL IMPACT
. The environmental impact of SWABI transport is significant because transport is a major user of
energy, and burns most of the world's petroleum. This creates air pollution, including nitrous
18. oxides and particulates, and is a significant contributor to global warming through emission
of carbon dioxide .Environmental regulations in developed countries have reduced the individual
vehicle's emission. However, this has been offset by an increase in the number of vehicles, and
increased use of each vehicle (an effect known as the Jevons paradox).[1] Some pathways to
reduce the carbon emissions of road vehicles have been considerably studied.[3] Energy use and
emissions vary largely between modes, causing environmentalists to call for a transition from air
and road to rail and human-powered transport, and increase transport
electrification and energy efficiency.
The transportation sector is a major source of greenhouse gas emissions (GHGs) in the United
States. An estimated 30 percent of national GHGs are directly attributable to transportation—
and in some regions, the proportion is even higher. Transportation methods are the greatest
contributing source of GHGs in the U.S., accounting for 47 percent of the net increase in total U.S.
emissions since 1990.[4]
Other environmental impacts of transport systems include traffic congestion and automobile-
oriented urban sprawl, which can consume natural habitat and agricultural lands. By reducing
transportation emissions globally, it is predicted that there will be significant positive effects on
Earth's air quality, acid rain, smog and climate change.[5]
The health impact of transport emissions is also of concern. A recent survey of the studies on the
effect of traffic emissions on pregnancy outcomes has linked exposure to emissions to adverse
effects on gestational duration and possibly also intrauterine growth .
.Impact of different type of vehicle on Environment
Cycling
Cycling has a low carbon-emission and low environmental impact. A recent European study found
that daily mobility-related CO2 emissions were 3.2 kgCO2 per person, with car travel
contributing 70% and cycling 1% (including the entire lifecycle of vehicles and fuels). Cyclists
had 84% lower lifecycle CO2 emissions from all daily travel than non-cyclists. Motorists who
shifted travel modes from car to using a bike as the ‘main method of travel’ had 7.1 kgCO2/day
lower CO2 emissions.
Environmental impact of cars
Unleaded gasoline has 8.91 kg and diesel has 10.15 kg of CO2 per gallon.[16] CO2 emissions
originating from ethanol are disregarded by international agreements however so gasoline
containing 10 % ethanol would only be considered to produce 8.02 kg of CO2 per gallon.[17] The
average fuel economy for new light-duty vehicles sold in the US of the 2017 model year was about
24.9 MPG giving around 0.36 kg of CO2 per mile. The Department of Transportation's MOBILE
6.2 model, used by regional governments to model air quality, uses a fleet average (all cars, old
and new) of 20.3 mpg giving around 0.44 kg of CO2 per mile.[19]
In Europe, the European Commission enforced that from 2015 all new cars registered shall not
emit more than an average of 0.130 kg of CO2 per KM (kg CO2/km). The target is that by 2021 the
average emissions for all new cars is 0.095 kg of CO2 per KM.
Buses
19. On average, inner city commuting buses emit 0.3 kg of CO
2 per passenger mile (0.18 kg/km per passenger), and long distance (>20 mi, >32 km) bus trips
emit 0.08 kg of CO2 per passenger mile (0.05 kg/km per passenger).[21] Road and transportation
conditions vary, so some carbon calculations add 10% to the total distance of the trip to account
for potential traffic jams, detours, and pit-stops that may arise.
From the above discussion it is clear that ,our transportation system is serious threat to our
environment and also the population of district SWABI is increases day .03by day which is
directly affect our transportation system so there is need to take some serious steps to overcome
this problem . So here is some recommendation to overcome this problem.
. use public transport
. Use environmental friendly transport such bicycle for short distance
. Use transport system which runs on battery not on fuel ,As on the spot it is not available but it
can be available soon.
CH .03
CH.03.A
HOW EXISTING TRANSPORT SYSTEM CAN BE IMPROVED:
As in SWABI there is alot of transporting issue which are discuss above but if summerize that
problems in short then this could be
.lack of infrastructure
.High travel time
.environmental impact
.improper design
20. It is very difficult to resolve the issues of existing transportation system of district SWABI because
of such problems however it can be improved by taking some serious steps in my point of view
these steps are
Use of public transport
By Using transport a lot of problems related to Traffic can be resolve and also it have some
benefits as well.
Reduced traffic congestion:
By using public transport the problem that is arise due to traffic congestion can be resolve up to
some extent because in public transport system the vehicle that is used is quite large and it have
high carrying capacity of passenger instead if every passenger use there own vehicle then it will
be very difficult to overcome this issue so by providing some attraction for people to use public
transport we may apply some technique such as
. Optimizing stop design by Reducing the number of stops.
. Reduse traffic congection by providing dedicated line for public transport.
. Give public transport priority at traffic signals.
. Speed of vehicle boadrding.
. Reduce the number of stop so traffic congection can be avoided.
. Introduce path for public and bicycle system.
. By introducing efficient parking management
Environmental impact:
by using public transport instead of private vehicles the impact of transport s vehicle on our
environment can be reduce.
BENEFITS OF PUBLIC TRANSPORT:
It benefits communities financially: ...
Public transportation reduces air pollution: ...
Increased fuel efficiency: ...
Saves money: ...
Increases mobility: ...
Frees up time: ...
Public transportation is safe
WIDENING OF INTRA CITY ROADS
21. As to overcome the problems of transportation in district SWABI as discuss above, the existing
roads of SWABI need to be widened where needed .the existing roads of SWABI is single lines
roads its mean that at a time two cars can be travel or passes on either sides of the line due to
which in some places due to high volume of traffic ,traffic jam problem can be arises so if these
roads are converted from sing to double or triple line then this well help to decrease the traffic
jam issue .
INTRODUCING OF TRAFFIC SIGNALS
This is very shameful to say that in whole distract SWABI apart from two to three points there is
no traffic signals system so if we introduce traffic signals at appropriate points and also
introduce traffic police where needed then this will be very useful.
CH.3.b
RECOMMENDATION FOR NEW TRANSPORTATION SYSTEM :
As the population of distract increases day by day . According to the 2017 Census of Pakistan, the
city of SWABI had 123,412 inhabitants, making it the eighth-largest city in Khyber Pakhtunkhwa.
These inhabitants were spread out among 16,212 households, making the average household
size in SWABI .SWABI experienced quick growth throughout the latter half of the twentieth
century, as the population of SWABI grew nearly fivefold in just 40 years. The city's growth has,
though, over time, slowed down, and between the years of 1998 and 2017, its population only
grew at a rate of 2.29% every year.
So therefore new transportation system may required to overcome the current traffic situation
and that will help in the future as well .As a civil engineering student there will be some
recommendation in my view and if should implement then this will help distract SWABI not only
in the field of transportation but it could also help in the business sector which is directly linked
with job creation opportunity and thus the life quality of distract SWABI people will improve
.Following are the some new transportation system recommendation.
BY INTRODUCING RAILWAY LINE
As railway system has a lot of carrying capacity of passenger and also it have a lot of capacity to
transport goods from one place to another place at relative low cost. Unfortunately SWABI has no
railway transport system although in distract SWABI GANDUF is an industrial area for which
relative good transportation system is required to overcome the cost of goods which is increase
due to poor network of road at distract SWABI so if we introduce railway track in distract SWABI
it will help in transportation of passenger and goods as a result the traffic on the road and the
cost of the goods can be significantly Reduce.
22. By looking in the above map it is clearly indicate that if we introduce the railway network in
district SWABI and link that railway line with MARDAN and NOWSHERA railway line track then
this will be very beneficial for the economic growth of SWABI and also the traffic problems can be
resolve.
BY INTRODUCING DOUBLE TRACK ROAD IN DISTRACT SWABI WHERE NEEDED :
Road can play a vital in the economic growth of any distract but due lack of government interest
in that distract of Pakistan SWABI has a lot of issue regarding to road network even the main
road of SWABI which passes through the entire distract SWABI is not double track through out
due to which a lot of traffic jam issue and accident can arise day by day so by introducing another
track the vehicle from either side can use there own track this problem can be resolve up to some
extent .
Locations where the main road of SWABI is single track :
Those location where the main road of SWABI is single track and to overcome the desire needs of
distract SWABI in the field of transportation one more track can be introduce so the vehicle from
both sides can use there own track instead of single track .These location are :
.TORDHER to CHOTTA Lahore road is single track
.SWABI to TOPI road is single track
.CHOTTA Lahore to YRA HUSSAIN VILLAGE road is single track
.TOPI to GANDUF road is single track up to some extent and need to be repair as well.
.SWABI to ISOTA village road is single track
CONCLUSION
23. From the above discussion it is clear that that SWABI has very poor transportation system due to
such bad infrastructure of roads in that distract so to resolve such issue the above
recommendation that how the existing transport system can be improved and which new
transport system should Required in distract SWABI must be implemented to meet the desire
needs of distract SWABI in the field of transportation.
REFERENCES
SECTION-1 & introduction
https://docs.google.com/forms/d/1S-G2tzuHvezXGq9WuxAvJjBOh0U4v7wCG-dVJt7o5Gg/edit
https://en.wikipedia.org/wiki/Swabi
http://swabiwallpapers.weebly.com/geography.html
https://en-gb.topographic-map.com/maps/zcmd/Swabi/
[1] https://www.adb.org/sites/default/files/project-documents/47360/47360-003-rrp-en.pdf
[2]
http://www.pbs.gov.pk/sites/default/files//tables/District%20at%20a%20glance%20Swabi.pd
f
SECTION-2
[3] https://www.adb.org/sites/default/files/project-documents/47360/47360-003-pp-en.pdf
[4]https://www.researchgate.net/profile/Stig_Dalsoren/publication/251432310_Emission_from
_i
SECTION-3
[5] https://www.vtpi.org/access.pdf