Podcast
Questions and Answers
What is the principal objective of traffic engineering?
What is the principal objective of traffic engineering?
- To enhance the economic aspects of transportation systems.
- To provide a safe system for road traffic including pedestrians and bicycles. (correct)
- To develop multi-modal transportation systems.
- To establish efficient trading routes for goods transport.
Which of the following is NOT considered a mode of transportation?
Which of the following is NOT considered a mode of transportation?
- Water
- Land
- Air
- Space (correct)
Which of the following describes a typical characteristic of a transportation system?
Which of the following describes a typical characteristic of a transportation system?
- Multi-disciplinary approach (correct)
- Multi-metric evaluation
- Single-sector focus
- Strictly objective functions
What do the components of traffic systems include?
What do the components of traffic systems include?
Which dimension does NOT contribute to the changes in transportation systems?
Which dimension does NOT contribute to the changes in transportation systems?
What is considered a key element of a transportation system?
What is considered a key element of a transportation system?
The history of transportation engineering shows early methods included all EXCEPT?
The history of transportation engineering shows early methods included all EXCEPT?
Which of the following best defines the goals of transportation engineering?
Which of the following best defines the goals of transportation engineering?
What best describes Commuters or Choice Riders in transit systems?
What best describes Commuters or Choice Riders in transit systems?
What is a primary characteristic of the air transportation system?
What is a primary characteristic of the air transportation system?
Which of the following best describes the water transportation system?
Which of the following best describes the water transportation system?
What is the primary market for pipelines in freight transportation?
What is the primary market for pipelines in freight transportation?
Which of the following is NOT a source of financing for transportation systems?
Which of the following is NOT a source of financing for transportation systems?
What is an example of Cross-subsidization in transportation financing?
What is an example of Cross-subsidization in transportation financing?
What distinguishes Captive Riders from Commuters in transit systems?
What distinguishes Captive Riders from Commuters in transit systems?
Which statement is true regarding user charges in transportation funding?
Which statement is true regarding user charges in transportation funding?
How is the capacity characteristic of individual aircrafts in air transportation described?
How is the capacity characteristic of individual aircrafts in air transportation described?
Flashcards
Transportation Engineering
Transportation Engineering
Applying technology and science to plan, design, operate, and manage transportation systems for safe, efficient, and sustainable movement of people and goods.
Traffic Engineering
Traffic Engineering
Part of transportation engineering focusing on roads, streets, highways, terminals, and their interactions with other transport modes.
Primary Objectives of Traffic Engineering
Primary Objectives of Traffic Engineering
Providing safe road traffic (pedestrians, cyclists), efficient road network operations and sustainable infrastructure.
Modes of Transportation
Modes of Transportation
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Components of Traffic Systems
Components of Traffic Systems
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Vehicular Traffic
Vehicular Traffic
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Road Conditions
Road Conditions
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Characteristics of a Transportation System
Characteristics of a Transportation System
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Commuters
Commuters
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Captive Riders
Captive Riders
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User Charges
User Charges
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General Fund Revenues
General Fund Revenues
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Private Investments
Private Investments
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Cross-subsidization
Cross-subsidization
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Air Transportation
Air Transportation
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Water Transportation
Water Transportation
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High Line Haul Speed
High Line Haul Speed
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Low Accessibility
Low Accessibility
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Study Notes
Transportation Overview
- Transportation encompasses the safe, efficient, reliable, and sustainable movement of people and goods across space and time.
- Transportation engineering applies technology and scientific principles to plan, design, operate, and manage transportation facilities for optimal, safe, and environmentally friendly movement of people and goods.
- Traffic engineering focuses on the planning, design, and operation of roads, streets, highways, and related networks, terminals, and surrounding areas, considering their interaction with other modes of transport.
Primary Objectives of Traffic Engineering
- To create a safe system for road traffic, including pedestrians and cyclists.
- To provide efficient management and operation of road transport networks.
- To incorporate sustainability, environmental impact, user comfort, convenience, and economic considerations.
Modes of Transportation
- Land (cars, buses, trains)
- Air (airplanes)
- Water (ships, barges)
- Pipelines (oil, gas)
- Cable and belt systems (industrial, ski lifts)
History of Transportation Engineering
- Early humans used their feet and domesticated animals.
- Machines and devices, like sleds and travois, improved carrying capacity.
- Development of trading routes created more permanent paths, which evolved into roads.
- Subsequent efforts focused on road maintenance and improving travel.
Critical Dimensions of Change in Transportation Systems
- Public values
- Technology
- Operational policies
- Demand
Components of Traffic Systems
- Vehicular traffic (cars, buses, trucks)
- Road conditions (motorways, highways)
- Driver characteristics (experience, licenses)
- Environmental conditions (weather, time of day)
- Control devices (signals, signs)
Characteristics of Transportation Systems
- Multidisciplinary
- Multisectoral
- Multiproblematic
- Multiobjective
- Multimodal
Elements of a Transportation System
- Infrastructure (roads, tracks, terminals)
- Vehicles (cars, trains, planes)
- Operators/Content (drivers, passengers, goods)
Urban Transit
- Specialized mode of transportation including buses, streetcars, light rail, and other forms of public transit.
- Commuters (making work trips)
- Captive riders (lacking automobile access)
Air Transportation
- Primarily for intercity, long-distance passenger travel.
- High line-haul speed
- Limited accessibility (less important for longer trips)
- Moderate aircraft capacities but high productivity.
Water Transportation
- Includes ocean shipping and inland waterways.
- Low speed and accessibility, but high capacity.
Pipelines
- Specialized freight system mainly for oil, petroleum, and natural gas.
- Low speed, high capacity, continuous flow.
- Low costs.
Cable and Belt Systems
- Frequently used for freight within complexes.
- Can also be used for specialized passenger transport (ski lifts, airport conveyors).
System for Financing Transportation
- User charges (fares, tolls, taxes)
- General fund revenues (taxes)
- Private investments
- Cross-subsidization (using revenues from one mode to fund another)
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Description
This quiz explores the fundamentals of transportation and the intricate field of traffic engineering. It covers the essential objectives for creating safe, efficient, and sustainable transport systems, along with the various modes of transportation. Test your knowledge on how these elements interact to improve mobility for people and goods.
