🚦🚍 Transportation Engineering - Made Easy | Highway Design, Traffic, & Public Transport 🚦🚍 скачать в хорошем качестве

🚦🚍 Transportation Engineering - Made Easy | Highway Design, Traffic, & Public Transport 🚦🚍

#TransportationEngineering #HighwayDesign #TrafficFlow #PublicTransportation #CivilEngineering Watch all videos in this list via    • 💡🏗️✨ Civil Engineering - Made Easy - 101 I...   Education Videos - Made Easy - By Kimavi. 💡🏗️✨ Civil Engineering - Made Easy - 101 Introduction 💡🏗️✨ Slide Breakdown: 1. Slide 1: Introduction to Transportation Engineering This slide introduces the field of transportation engineering, focusing on its role in designing, constructing, and maintaining transportation systems like highways, traffic management, and public transport. 2. Slide 2: Chapter Overview Provides an overview of the main topics—highway design, traffic engineering, and public transportation systems such as buses and subways, giving a roadmap of what's covered in the video. 3. Slide 3: Highway Design Explains the planning and geometric design of highways. Key elements like road alignment, cross-sections, and intersections ensure safe and efficient travel. 4. Slide 4: Alignment Breaks down highway alignment into horizontal and vertical elements. Discusses how curves and straight sections help with road direction, while gradients and crests affect visibility and safety. 5. Slide 5: Cross-Section Describes the parts of a highway cross-section, including lanes, shoulders for emergency stops, and medians that separate traffic flow to enhance safety. 6. Slide 6: Example Calculation: Stopping Sight Distance Introduces a calculation to find the stopping sight distance on highways, explaining how factors like speed, road grade, and friction influence how far a vehicle needs to stop safely. 7. Slide 7: Example Calculation: Stopping Sight Distance (Contd.) Shows an example calculation using real values, helping the audience understand how to apply the stopping sight distance formula in practical scenarios. 8. Slide 8: Traffic Engineering Explores traffic engineering, emphasizing the efficient movement of people and goods. Covers traffic flow theory, traffic control devices, and how intersections are designed for safety and efficiency. 9. Slide 9: Traffic Flow Theory Introduces traffic flow theory and its three main variables—flow, density, and speed—explaining how these factors influence the movement of vehicles on roads. 10. Slide 10: Fundamental Equation of Traffic Flow Presents the fundamental traffic flow equation, showing how traffic flow is calculated by multiplying vehicle density by speed. 11. Slide 11: Example Calculation: Traffic Flow Demonstrates a sample traffic flow calculation using typical highway conditions, providing a clear example of how to apply the formula in real-world situations. 12. Slide 12: Public Transportation Explains the components of public transportation systems, including buses, trains, and subways. Discusses capacity, frequency, and accessibility, which are key for efficient transit systems. 13. Slide 13: Example Calculation: Bus System Capacity Shows how to calculate the capacity of a bus system using factors like the number of buses, seats per bus, and trips per day, giving a practical example. 14. Slide 14: Summary Summarizes the main topics covered, reiterating key points about highway design, traffic engineering, and public transportation, providing a final recap of the chapter. For Quizzes and More Videos - Visit us at Kimavi.Com