Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Highway engineering : planning, design, and operations
This book helps readers maximize effectiveness in all facets of highway engineering including planning, design, operations, safety, and geotechnical engineering. It features a seven part treatment, beginning with a clear and rigorous exposition of highway engineering concepts. These include project development, and the relationship between planning, operations, safety, and highway types (functional classification). Planning concepts and a four-step process overview are covered, along with trip generation, equations versus rates, trip distribution, and shortest path models equations versus rates. This is followed by parts concerning applications for horizontal and vertical alignment, highway geometric design, traffic operations, traffic safety, and civil engineering topics. --
2.5.2 Trip Interchange ModelsVariables Impacting Mode Choice; Utility Models; Types of Logit Models; 2.6 Traffic Assignment; 2.6.1 Network, Paths, and Skimming; 2.6.2 Shortest Path Assignment; 2.7.1 Capacity-Constrained Assignment; 2.7.2 Dynamic Traffic Assignment and Other Advanced Algorithms; 2.7.3 Sample Network Application for Traffic Assignment; 2.7 Travel Demand Model Applications; 2.7.1 Scoping a Planning Study; 2.7.2 Travel Demand Modeling Software; 2.7.3 Activity-Based Models; 2.7.4 Forecasting Nonmotorized Travel; 2.7.5 Forecasting Freight and Goods Movements; 2.8 Practice Problems
Front Cover; Highway Engineering; Copyright Page; Contents; 1. Introduction; 1.1 Introduction; References; 1.2 Organization of the Book; 1.2.1 Part 2: Transportation Planning; 1.2.2 Part 3: Horizontal and Vertical Alignment; 1.2.3 Part 4: Highway Geometric Design; 1.2.4 Part 5: Traffic Operations; 1.2.5 Part 6: Traffic Safety; 1.2.6 Part 7: Geotechnical; 1.2.7 Part 8: Structures; 1.2.8 Part 9: Hydraulics; 1.3 Functional Classifications of Highway; 1.3.1 Arterials; 1.3.2 Collectors; 1.3.3 Local Streets; 1.4 Types of Intersections; 1.4.1 Unsignalized Intersections
Typical Mitigation Strategies2.2.3 Highway Functional Classification System; 2.2.4 Planning Data and Data Sources; Traffic Counts; Average Daily Traffic; Design Hourly Volume and Directional Design Hourly Volume; Peak Hour Volume; 2.3.1 Planning Definitions and Terms; 2.3 Trip Generation; 2.3.1 Land Use Types; 2.3.2 Estimating Generated Trips; 2.4.1 Sample Network Application of Trip Generation; 2.4 Trip Distribution; 2.4.1 Gravity Model; 2.4.2 Use of Data and Calibration; 2.4.3 Sample Network Application of Trip Distribution; 2.5 Mode Choice; 2.5.1 Trip End Models
Highway engineering : planning, design, and operations
This book helps readers maximize effectiveness in all facets of highway engineering including planning, design, operations, safety, and geotechnical engineering. It features a seven part treatment, beginning with a clear and rigorous exposition of highway engineering concepts. These include project development, and the relationship between planning, operations, safety, and highway types (functional classification). Planning concepts and a four-step process overview are covered, along with trip generation, equations versus rates, trip distribution, and shortest path models equations versus rates. This is followed by parts concerning applications for horizontal and vertical alignment, highway geometric design, traffic operations, traffic safety, and civil engineering topics. --
2.5.2 Trip Interchange ModelsVariables Impacting Mode Choice; Utility Models; Types of Logit Models; 2.6 Traffic Assignment; 2.6.1 Network, Paths, and Skimming; 2.6.2 Shortest Path Assignment; 2.7.1 Capacity-Constrained Assignment; 2.7.2 Dynamic Traffic Assignment and Other Advanced Algorithms; 2.7.3 Sample Network Application for Traffic Assignment; 2.7 Travel Demand Model Applications; 2.7.1 Scoping a Planning Study; 2.7.2 Travel Demand Modeling Software; 2.7.3 Activity-Based Models; 2.7.4 Forecasting Nonmotorized Travel; 2.7.5 Forecasting Freight and Goods Movements; 2.8 Practice Problems
Front Cover; Highway Engineering; Copyright Page; Contents; 1. Introduction; 1.1 Introduction; References; 1.2 Organization of the Book; 1.2.1 Part 2: Transportation Planning; 1.2.2 Part 3: Horizontal and Vertical Alignment; 1.2.3 Part 4: Highway Geometric Design; 1.2.4 Part 5: Traffic Operations; 1.2.5 Part 6: Traffic Safety; 1.2.6 Part 7: Geotechnical; 1.2.7 Part 8: Structures; 1.2.8 Part 9: Hydraulics; 1.3 Functional Classifications of Highway; 1.3.1 Arterials; 1.3.2 Collectors; 1.3.3 Local Streets; 1.4 Types of Intersections; 1.4.1 Unsignalized Intersections
Typical Mitigation Strategies2.2.3 Highway Functional Classification System; 2.2.4 Planning Data and Data Sources; Traffic Counts; Average Daily Traffic; Design Hourly Volume and Directional Design Hourly Volume; Peak Hour Volume; 2.3.1 Planning Definitions and Terms; 2.3 Trip Generation; 2.3.1 Land Use Types; 2.3.2 Estimating Generated Trips; 2.4.1 Sample Network Application of Trip Generation; 2.4 Trip Distribution; 2.4.1 Gravity Model; 2.4.2 Use of Data and Calibration; 2.4.3 Sample Network Application of Trip Distribution; 2.5 Mode Choice; 2.5.1 Trip End Models
Highway engineering : planning, design, and operations
Brown, Thomas H. (Autor:in) / Schroeder, Bastian J. (Autor:in) / Cunningham, Christopher M. (Autor:in)
2016
Online Ressource
Includes index. - References3. Horizontal and Vertical Alignment; 3.1 Introduction; 3.2 Corridor Selection; 3.2.1 Case Study; References; 3.3 Sight Distance; 3.3.1 Stopping and Decision Sight Distance; Reference; Stopping Sight Distance for Horizontal Curves; 3.3.2 Passing Sight Distance; 3.4 Highway Alignment; 3.4.1 Horizontal Alignment; Traverses; Horizontal Curve Fundamentals; Simple Horizontal Curves; Reverse Horizontal Curves; Compound Horizontal Curves; Spiral Horizontal Curves; Superelevation; Forces on a Vehicle in a Horizontal Curve; Horizontal Curve Design Process; 3.4.2 Vertical Alignment. - Online resource; title from PDF title page (EBSCO, viewed September 16, 2015)
References3. Horizontal and Vertical Alignment; 3.1 Introduction; 3.2 Corridor Selection; 3.2.1 Case Study; References; 3.3 Sight Distance; 3.3.1 Stopping and Decision Sight Distance; Reference; Stopping Sight Distance for Horizontal Curves; 3.3.2 Passing Sight Distance; 3.4 Highway Alignment; 3.4.1 Horizontal Alignment; Traverses; Horizontal Curve Fundamentals; Simple Horizontal Curves; Reverse Horizontal Curves; Compound Horizontal Curves; Spiral Horizontal Curves; Superelevation; Forces on a Vehicle in a Horizontal Curve; Horizontal Curve Design Process; 3.4.2 Vertical Alignment
Buch
Elektronische Ressource
Englisch
DDC:
625.7
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