Introduction to transportation engineering
著者
書誌事項
Introduction to transportation engineering
（McGraw-Hill series in transportation）
McGraw-Hill, c2002
2nd ed
- : ISE
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注記
Includes bibliographical references and index
内容説明・目次
- 巻冊次
-
: ISE ISBN 9780071121644
内容説明
The second edition of Introduction to Transportation Engineering has been developed to provide a concise yet thorough introduction to intermodal transportation. One of its underlying concepts is that the basic techniques and principles of transportation engineering are of wide application. For practical reasons, the major emphasis is often on highways, but care is taken to show how basic concepts and techniques apply to different modes. The book strives to provide a background in transportation planning, analysis, and design while emphasizing the social, economic, and political context of transportation engineering. It places major emphasis on important practical topics such as geometric design, Highway Capacity Manual methods, and traffic signal timing, and also emphasizes important theoretical topics such as the fundamental techniques of traffic analysis and the economic theory underlying transportation demand modeling.The text has been revised and updated to reflect the 2000 revision of the Highway Capacity Manual.The numbers of flow charts, diagrams, and photos have been increased from the previous edition. The text also offers new open-ended design exercises pertaining to common design problems in transportation such as horizontal and vertical alignment of roads, railways, or runways; traffic design for highways; planning and design of traffic control; and design of bus routes and schedules. These exercises respond to ABET-2000 accreditation requirements, particularly to civil engineering program criteria that require "design experiences integrated throughout the professional component of the curriculum."
目次
1 Introduction1.1 Transportation Engineering1.2 The Transportation System1.2.1 Scope and Functional Organization1.2.2 Objectives and Constraints1.3 Modes of Transportation1.3.1 Highways1.3.2 Urban Transit1.3.3 Air1.3.4 Rail1.3.5 Water1.3.6 Pipelines1.3.7 Other Modes1.4 Institutional Structure1.5 Careers in Transportation Engineering1.6 SummaryReferencesExercises2 Transportation System Issues and Challenges2.1 Traffic Congestion2.2 Traffic Safety2.2.1 Trends2.2.2 Organization Responsibilities2.2.3 Legal Concerns2.2.4 The Challenges2.3 Equality of Access2.4 Environmental Protection2.4.1 Site-Specific Impacts2.4.2 System-Level Impacts2.5 New Technology2.6 Funding2.7 Institutional Arrangements2.8 SummaryReferencesExercise3 Introduction to Physical Design of Transportation Facilities3.1 The Design Process3.2 Design Standards3.3 Design Speed and Sight Distance3.4 Design Documents3.5 SummaryReferencesProblemsExercisesComputer Exercise4 Geometric Design4.1 Geometric Cross Section4.2 Vertical Alignment4.2.1 Tangent Grades4.2.2 Vertical Curves4.3 Horizontal Alignment4.3.1 Horizontal Tangents4.3.2 Circular Curves4.3.3 Transition Curves4.4 Superelevation4.5 Coordination of Horizontal and Vertical Alignment4.6 Intersections and Interchanges4.7 Design Software4.8 SummaryReferencesProblemsComputer ExercisesDesign Exercises5 Earthwork5.1 Earthwork Cross Sections5.2 Earthwork Volumes5.3 Mass Diagrams5.4 SummaryReferencesProblemsComputer ExercisesDesign Exercise6 Surfaces and Guideways6.1 Highway Pavements6.1.1 Mix Design6.1.2 Components6.1.3 Structural Design of Pavement6.1.4 Asphalt Concrete Pavement Design6.1.5 The AASHTO Flexible Pavement Design Procedure6.1.6 The Hveem Method6.1.7 Portland Cement Concrete Pavement Design6.1.8 Pavement Maintenance and Rehabilitation6.2 Railroad Track6.2.1 Overall Track Structure6.2.2 Structural Design of Track6.2.3 Major Track Components: Ballast6.2.4 Major Track Components: Ties6.2.5 Major Track Components: Rails6.2.6 Track Maintenance6.3 SummaryReferencesProblemsExercises7 Mitigation of Environmental Impacts7.1 Noise7.1.1 Measurement of Sound7.1.2 Airport Noise Mitigation7.1.3 Highway and Rail Noise Mitigation7.2 Encroachments on Natural Habitats7.2.1 Design Modifications7.2.2 Construction of Artificial Habitats7.2.3 Management of Habitat in Right-of-Way7.3 Stormwater Management7.4 Hazardous Wastes and Soil Contamination7.5 SummaryReferencesProblemsExercises8 Traffic Analysis Techniques8.1 Space-Time Relationships8.1.1 Direct Graphical Solutions8.1.2 Development of Analytical Solutions8.1.3 Development of Simulation Models8.1.4 Nontrajectory Space-Time Diagrams8.2 Queuing Analysis8.2.1 Queuing Theory Fundamentals8.2.2 Queue Discipline8.2.3 Stochastic Queuing Models8.2.4 Transportation Applications of Queuing Theory8.2.5 Queue Density, Storage and Spillback8.3 Network Analysis8.4 SummaryReferences ProblemsComputer Exercises9 Traffic Flow9.1 Traffic Data9.2 Traffic Flow Models9.3 Traffic Data Analysis9.3.1 Flows and Volumes9.3.2 Speed and Travel Time Data9.3.3 Other Traffic Data9.4 SummaryReferencesProblemsComputer Exercise10 Capacity and Level of Service10.1 Air Traffic Capacity10.2 Rail Capacity10.3 Highway Capacity10.3.1 Basic Freeway Segments10.3.2 Ramps and Ramp Juctions10.3.3 Two-Lane Highways10.3.4 Signalized Intersections10.4 SummaryReferencesProblemsDesign Exercise11 Traffic Control11.1 Traffic Signals11.1.1 Definitions11.1.2 Fixed-Time Controllers11.1.3 Traffic-Actuated Controllers11.2 Signal Timing11.3 Signal Coordination11.4 Freeway Management Systems11.4.1 Incident Detection and Response11.4.2 Ramp Metering11.5 Rail Traffic Control11.6 Air Traffic Control11.7 SummaryReferencesProblemsExercisesDesign Exercises12 Transit Operations12.1 Route Planning12.2 Route Location12.3 Stop Location12.4 Route Schedules12.4.1 Headways12.4.2 Constructing Timetables12.4.3 Branch Route Schedules12.5 Vehicle and Labor Scheduling12.6 Control of Operations12.7 Route Evaluation12.8 SummaryReferencesProblemsExercisesComputer ExercisesDesign Exercise13 Transportation Demand Analysis13.1 Travel Behavior13.2 Travel Demand Modeling13.3 Trip Generation Models13.4 Trip Distribution Models13.5 Mode Choice Models13.6 Trip Assignment Models13.7 Sequential Modeling Process: An Example13.8 SummaryReferencesProblemsComputer Exercises14 Transportation Planning14.1 Perspectives on the Planning Process14.1.1 Historical Background14.1.2 The Rational Planning Process14.1.3 The Political Planning Process14.2 Planning Regulations14.3 Transportation and Air Quality Planning14.3.1 Clean Air Act Provisions14.3.2 Coordination of Air Quality and Transportation Plans14.3.3 Air Quality Models14.4 Planning Studies14.4.1 Types of Planning Studies14.4.2 Case Study: Dulles Access Road Corridor Transit Alternatives Study14.4.3 Case Study: Green River Valley Transportation Action Plan14.4.4 Case Study: Montreal Subway Extension Impact Analysis14.5 Planning Study Organization14.6 SummaryReferencesExercises15 Transportation Project Evaluation15.1 Economic Evaluation Techniques15.1.1 Life Cycle Cost Analysis15.1.2 Benefit-Cost Analysis15.1.3 Other Economic Analysis Techniques15.2 Environmental Impact Assessment15.2.1 Environmental Impact Issues15.2.2 Transportation Environmental Impacts15.3 SummaryReferencesProblemsExercisesComputer ExercisesAppendix A: Statistical TablesAppendix B: Tables and Charts for Pavement DesignAppendix C: Highway Capacity Manual Materials (Metric)Index
- 巻冊次
-
ISBN 9780072431889
内容説明
The second edition of Introduction to Transportation Engineering has been developed to provide a concise yet thorough introduction to intermodal transportation. One of its underlying concepts is that the basic techniques and principles of transportation engineering are of wide application. For practical reasons, the major emphasis is often on highways, but care is taken to show how basic concepts and techniques apply to different modes. The book strives to provide a background in transportation planning, analysis, and design while emphasizing the social, economic, and political context of transportation engineering. It places major emphasis on important practical topics such as geometric design, Highway Capacity Manual methods, and traffic signal timing, and also emphasizes important theoretical topics such as the fundamental techniques of traffic analysis and the economic theory underlying transportation demand modeling.The text has been revised and updated to reflect the 2000 revision of the Highway Capacity Manual.The numbers of flow charts, diagrams, and photos have been increased from the previous edition. The text also offers new open-ended design exercises pertaining to common design problems in transportation such as horizontal and vertical alignment of roads, railways, or runways; traffic design for highways; planning and design of traffic control; and design of bus routes and schedules. These exercises respond to ABET-2000 accreditation requirements, particularly to civil engineering program criteria that require "design experiences integrated throughout the professional component of the curriculum."
目次
1 Introduction2 Transportation System Issues and Challenges3 Introduction to Physical Design of Transportation Facilities4 Geometric Design5 Earthwork6 Surfaces and Guideways7 Mitigation of Environmental Impacts8 Traffic Analysis Technique9 Traffic Flow10 Capacity and Level of Service11 Traffic Control12 Transit Operations13 Transportation Demand Analysis14 Transportation Planning15 Transportation Project EvaluationAppendix A: Statistical TablesAppendix B: Tables and Charts for Pavement DesignAppendix C: Highway Capacity Manual Materials (Metric)Index
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