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Railway Engineering

Team EveryEng

Team EveryEng

Mechanical Engineering

Rating 4 (1419)
Course typeWatch to learn anytime
Duration 2435 Min
Start Access anytime
Language English
Views493

FREE

2 already enrolled!

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Railway Engineering

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Course content

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Railway Engineering

64 Lectures

2435 min

  • Introduction

    32 min

  • Permanent Way

    29 min

  • Gauges

    42 min

  • Wheels and Axles, Locomotives, Wagons

    32 min

  • Wagons, Coning of Wheels

    35 min

  • Rail Sections

    36 min

  • Rail Length, Tests & Failures

    35 min

  • Sleepers – Density & Spacing

    29 min

  • Sleepers – Types & Uses

    40 min

  • Ballast Cushion

    35 min

  • Traction and Resistances

    36 min

  • Resistances

    31 min

  • Hauling Capacity & Tractive Effort

    37 min

  • Hauling Capacity Numerical

    32 min

  • Track Modulus & Relief of Stresses

    34 min

  • Track Stresses – Vertical Lateral Longitudinal

    32 min

  • Track Stresses - Rails

    40 min

  • Track Stresses – Rails & Sleepers

    30 min

  • Track Stresses – Ballast Formation

    34 min

  • Joints in Rails – Types & Requirements

    36 min

  • Joints in Rails – Insulated & Welded

    37 min

  • Joints in Rails – Flash Butt Weld

    37 min

  • SWR Rails

    41 min

  • Creep in Rails

    37 min

  • Buckling, Hogging, Battering, Corrosion & Corrugation

    39 min

  • Corrosion, Corrugation and Rail Failures - I

    39 min

  • Rail Failures II

    35 min

  • Rail Failures and Wears

    36 min

  • Rail Wears

    44 min

  • Permissible Wear, LWR & CWR

    41 min

  • LWR and CWR

    39 min

  • Fastenings – Rail to Rail

    37 min

  • Fastenings – Rail to Sleeper (Elastic)

    37 min

  • Fastenings – Rail to Sleeper (Others)

    41 min

  • Track Alignment

    46 min

  • Speed on Track

    38 min

  • Circular Curve on Track

    49 min

  • Superelevation on Track - I

    39 min

  • Superelevation on Track – II & Transition Curves - I

    44 min

  • Transition Curves – II, Extra Clearances

    33 min

  • Widening of Gauge & Vertical Curves

    54 min

  • Realignment of Curves

    35 min

  • Turnouts, Points & Crossings - I

    37 min

  • Turnouts, Points & Crossings - II

    39 min

  • Crossings and Turnout Design

    39 min

  • Turnout Design & Maintenance

    34 min

  • Track Junctions & Design - I

    40 min

  • Track Junctions & Design II

    36 min

  • Signaling - I

    46 min

  • Signaling - II

    37 min

  • Signaling - III

    35 min

  • Interlocking Systems - I

    43 min

  • Interlocking Systems - II

    39 min

  • Interlocking Systems - III

    36 min

  • Interlocking Systems - IV

    42 min

  • Train Control Systems - I

    36 min

  • Train Control Systems - II

    39 min

  • Stations, Yards, Level Crossings

    47 min

  • Track Maintenance I

    49 min

  • Track Maintenance II

    36 min

  • Track Maintenance III

    38 min

  • Track Maintenance IV

    35 min

  • Track Renewals and Drainage

    47 min

  • High Speed Tracks

    40 min

Course details

Railway Engineering is a comprehensive course that covers the fundamental principles and practices of railway engineering, including the design, construction, and operation of railway systems. Students will learn about railway track and infrastructure, including rails, sleepers, and ballast, as well as railway alignment and geometry, including horizontal and vertical curves. The course also covers railway signaling and control systems, railway rolling stock, including locomotives, passenger cars, and freight cars, and railway operations and management, including scheduling and dispatching. Additionally, students will learn about railway safety and risk management, and advanced topics in railway engineering, such as high-speed rail and maglev systems. Upon completing this course, students will have a thorough understanding of railway engineering principles and be able to apply them in real-world scenarios. This course is ideal for civil, mechanical, electrical, and transportation engineering students, as well as professionals working in the railway industry.

Source: IIT Roorkee (YouTube channel)
Prof. Rajat Rastogi, Dept. of Civil Engineering, IIT Roorkee

Course suitable for

  • Automotive
  • Rail & Transport
  • Civil & Structural
  • Mechanical

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