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Traffic engineering / Roger P. Roess, Elena S. Prassas, William R. McShane
By: Roess, Roger P
.
Contributor(s): Prassas, Elena S | McShane, William R.
Material type: 
TextPublisher: Uttar Pradesh : Pearson, 2013Edition: Cuarta edición.Description: 744 páginas : ilustraciones, gráficos ; 20 x 26 cm.ISBN: 9789332509368.Subject(s): Ingeniería del tránsito -- Estados Unidos | Tráfico de carreteras -- Estados Unidos | Ingeniería del transporte | Ingeniería de carreteras | ComunicacionesDDC classification: 388.3120973 R718t 2013
Contents:
1. Introduction to traffic engineering
Part 1 : TRAFFIC COMPONENTS AND CHARACTERISTICS
2. Road user and vehicle characteristics
3. Roadways and their geometric characteristics
4. Introduction to traffic control devices
5. Traffic stream characteristics
6. Introduction to traffic flow theory
Part 2 : TRAFFIC STUDIES AND PROGRAMS
7. Statistical applications in traffic engineering
8. Traffic data collection and reduction methodologies
9. Volume studies and characteristics
10. Speed, travel time, and delay studies
11. Highway traffic safety: studies, statistics, and program
12. Parking
Part 3 : FREEWAYS AND RURAL HIGHWAYS
13. Fundamental concepts for uninterrupted flow facilities
14. Basic freeway segments and multilane highways
15. Weaving, merging, and diverging movements on freeways and multilane highways
16. Two-lane highways
17. Signing and marking for freeways and rural highways
Part 4 : THE INTERSECTION
18. The hierarchy of intersection control
19. Elements of intersection design and layout
20. Basic principles of intersection signalization
21. Fundamentals of signal timing and design: pretimed signals
22. Fundamentals of signal timing: actuated signals
23. Critical movement analysis of signalized intersections
24. Analysis of signalized intersections
25. Intelligent transportation systems in support of traffic management and control
26. Signal coordination for arterials and networks: undersaturated conditions
27. Signal coordination for arterials and networks: oversaturated conditions
28. Analysis of streets in a multimodal context
29. Planning, design, and operation of streets and arterials
30. Traffic impact analysis
| Item type | Current location | Collection | Call number | Copy number | Status | Date due | Barcode |
|---|---|---|---|---|---|---|---|
| Libro (general) | Biblioteca Central UNIBE | General | 388.3120973 R718t 2013 (Browse shelf) | Ej. 1 | Available | 190413 |
Incluye índice
1. Introduction to traffic engineering
Part 1 : TRAFFIC COMPONENTS AND CHARACTERISTICS
2. Road user and vehicle characteristics
3. Roadways and their geometric characteristics
4. Introduction to traffic control devices
5. Traffic stream characteristics
6. Introduction to traffic flow theory
Part 2 : TRAFFIC STUDIES AND PROGRAMS
7. Statistical applications in traffic engineering
8. Traffic data collection and reduction methodologies
9. Volume studies and characteristics
10. Speed, travel time, and delay studies
11. Highway traffic safety: studies, statistics, and program
12. Parking
Part 3 : FREEWAYS AND RURAL HIGHWAYS
13. Fundamental concepts for uninterrupted flow facilities
14. Basic freeway segments and multilane highways
15. Weaving, merging, and diverging movements on freeways and multilane highways
16. Two-lane highways
17. Signing and marking for freeways and rural highways
Part 4 : THE INTERSECTION
18. The hierarchy of intersection control
19. Elements of intersection design and layout
20. Basic principles of intersection signalization
21. Fundamentals of signal timing and design: pretimed signals
22. Fundamentals of signal timing: actuated signals
23. Critical movement analysis of signalized intersections
24. Analysis of signalized intersections
25. Intelligent transportation systems in support of traffic management and control
26. Signal coordination for arterials and networks: undersaturated conditions
27. Signal coordination for arterials and networks: oversaturated conditions
28. Analysis of streets in a multimodal context
29. Planning, design, and operation of streets and arterials
30. Traffic impact analysis
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