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Transportation and highway engineering part 1
The document provides an introduction to highway engineering. It discusses the objectives of understanding transportation engineering and the road development process. Transportation engineering is defined as applying technology and science to safely and efficiently move people and goods via various modes of transportation. The scope of highway engineering includes development and planning, design, traffic performance, materials and construction, economics and administration. Key aspects covered are historical road development in India, the Jayakar Committee report, and the transportation system as diverse, changing, and requiring an understanding of engineering, economics and other disciplines.
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Transportation and highway engineering part 1
- 1. Introduction to Highway Engineering ©S. Das Mr. Shuvankar Das Former Assistant Professor SKFGI, Mankundu
- 2. Objective 1. You willdevelop an understanding about Transportation Engineering 2. You will also develop an understanding about overall road development process © S. Das
- 3. © S. Das Whatis Transportation Engineering? Application of technology and scientific principals to the planning, functional design, operation and management of facilities for any mode of transportation in order to provide for the safe, rapid, comfortable, convenient, economical and environmentally compatible movement of people and goods. Defined as per ‘Institute of Transportation Engineer’(ITE)
- 4. Introduction to HighwayEngineering 1. Scope of Highway Engineering 2. Jayakar Committee Report 3. Transportation System 4. Highway Financing and highway economics © S. Das
- 5. Scope of HighwayEngineering 1. Development, Planning and Location 2. Highway Design, Geometrics and Structures 3. Traffic performance and its control 4. Materials, Construction and Maintenance 5. Economics, Finance and Administration © S. Das
- 6. Highway Development andPlanning The first evidence of development in Indian Subcontinent can be traced 2800 BC from the ancient cities of Harrapa and Mohenjodaro. The Grand Trunk Road was built by Sher Shah Suri in 1540-45 © S. Das
- 7. Highway Development andPlanning Jayakar Committee (1928) 1. Road development should be considered as a matter of national interest. 2. Tax on petrol should be levied to collect fund for road development work. 3. A semi official technical body should be formed to act as advisory body on various aspect of road. 3. A research organization should be instituted to carryout research and development work. © S. Das
- 8. Highway Development andPlanning Result 1. Central Road fund was formed in 1928. 2. IRC was formed in 1934. 3. CRRI was formed in 1950. © S. Das
- 9. Highway Development andPlanning Some Important Years © S. Das
- 10. Highway Development andPlanning © S. Das
- 11. The evaluationand advancement in Transportation facilities have been closely linked with the development of human being. The economic status of any country depends upon the how well served the country is by different modes of transportation. For human need all the agricultural or industrial products need to transport at various stages from production to distribution Transportation is essential for strategic movement in emergency for defense of the country and to maintain low and order. Importance of Transportation Engineering © S. Das
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- 13. Transportation system Diversecharacteristics Study context A changing world Role of transportation engineer Basic premise of a transportation system © S. Das
- 14. Transportation system Diversecharacteristics 1. Multi-modal- air, land or sea 2. Multi-sector- government, private industry, and public. 3. Multi-problem - national and international policy, carrier management issues, regulatory, institutional and financial policies 4. Multi-objective -Aiming at national and regional economic development, urban development, environment quality, and social quality. 5. Multi-disciplinary - the theories and methods of engineering, economics, operations research, political science, psychology, other natural, and social sciences, management and law. © S. Das
- 15. Transportation system Studycontext 1. Planning range - producing long range plans for 5-25 years 2. Passenger transport - Regional passenger transportation, dealing with inter-city passenger transport by air, rail, and highway and possible with new modes. 3. Freight transport - Routing and management, choice of different modes of rail and truck 4. International transport - Issues such as containerization, inter- modal co-ordination. © S. Das
- 16. Transportation system AChanging World The strong interrelationship and the interaction between transportation and the rest of the society especially in a rapidly changing world is significant to a transportation planner. 1. Change in the demand 2. Changes in the technology 3. Change in operational policy 4. Change in values of the public © S. Das
- 17. Transportation system Roleof transportation engineer The transportation system analysis approach is to intervene, delicately and deliberately in the complex fabric of society to use transport effectively in coordination with other public and private actions to achieve the goals of that society. requires understanding of the basic theoretical concepts and available empirical knowledge © S. Das
- 18. © S. Das Modeof Transport Railway Transportation Surface Underground Elevated Highway Transportation Air Transport Water Transport Ropeway Pipeline
- 19. Advantage in RoadTransport Among all road transportation is nearest to the people Low Capital Investment Flexible Service More freedom to users while travelling Ability to accommodate various types of vehicle at a time Quick and assured door to door service Faster and cheaper service particularly for short distance travel © S. Das
- 20. What is HighwayEngineering? The road pavement are generally constructed on low embankments, above the general level or adjoining land, whatever possible in order to avoid the difficult drainage and maintenance problems. The term road or roadway thus constructed is therefore termed ‘Highway’. The Science and Technology dealing with roads is generally called Highway Engineering. © S. Das
- 21. Scope of HighwayEngineering 1. Development, Planning and Location 2. Highway Design, Geometrics and Structures 3. Traffic performance and its control 4. Materials, Construction and Maintenance 5. Economics, Finance and Administration © S. Das
- 22. 1. Development, Planningand Location Historical Background Basis of Planning Master Plan Engineering Surveys Highway Alignments 2. Highway Design, Geometrics and Structures Road Geometrics and their design Rigid and flexible design Design factors and thickness design Overlay design Design and drainage system Scope of Highway Engineering © S. Das
- 23. 3. Traffic performanceand its control Traffic studies analysis Need for new road links Traffic regulation and control Intersection design and their controls with sign Signals, islands and markings 4. Materials, Construction and Maintenance Highway Material and mix design Highway construction and Earth work Construction of different types of pavement and Soil Stabilization WBM, Bitumen Surface and cement Concrete Road Pavement failure, pavement evaluation Maintenance of Pavement and drainage system Scope of Highway Engineering © S. Das
- 24. 5. Economics, Financeand Administration Road user cost and Economic analysis of highway Projects Pavement types and Maintenance measure Highway Finance and phasing of expenditure Administration Scope of Highway Engineering 6. Environmental and Social Impact © S. Das