Railway Engineering Insights
Join me as we discuss various railway engineering topics with examples. We have tried to use basic math & physics to derive various standard formulas available in IECs, IEEEs and ENs. These lectures will support you in understanding electrical concepts behind railway engineering and make you love your work more than ever.
Information provided in my videos is for educational purpose only.
Cheers!
Sahil Bhagat
https://www.linkedin.com/in/sahil-bhagat-0440b439/
Email ID: [email protected]
EMC in Railways - Basics
External Lightning Protection System Lecture 3: Rolling Sphere Method
External Lightning Protection System Lecture 2: Protection angle method
External Lightning Protection System Lecture 1: Basics of Air Termination System
Lecture 12: Earth Resistance Test - Part 2
Lecture 11: Earth Resistance Test - Part 1
Lecture 10: Wayside Earthing & Bonding - TT and TN-S System
Lecture 9: Wayside Earthing & Bonding - Overhead Contact Line Zone (OCLZ) & Current Collector Zone
Lecture 6: Understanding 2x25kV ac traction system (Auto Transformer Feeding System)
Earthing & Bonding Lec 8: Misconception of Dedicated Earth Electrodes- Clean, power & lightning rods
Lecture 4: Stray Current Collection System
Lecture 3: Design Provisions to Reduce Stray Current & Overview of Platform Insulation Membrane
Stray Current Lecture 2: Criteria for Stray Current Assessment
Stray Current Lecture 1: Basics of Stray Current in DC Traction
Fault Analysis Lecture 5: Reduction or Split Factor for LG fault Distribution
Fault Analysis Lecture 4: Single Line to Ground & Double Line to Ground Fault Analysis
Fault Analysis Lecture 3: Symmetrical Components and Sequence Networks
Fault Analysis Lecture 2: Three Phase Short Circuit Analysis
Fault Analysis Lecture 1 : Flow of fault current
Earthing & Bonding Lecture 7 : Earth Resistance of Vertical Rod
Earthing & Bonding Lecture 6: Earth Conductor Sizing (Part 2)
Earthing & Bonding Lecture 5: Earth Conductor Sizing (Part 1)
Earthing & Bonding Lecture 4 : Effect of Surface Material on Tolerable Touch & Step Potential Limits
Earthing & Bonding Lecture 3: Electric Shock Model
Earthing & Bonding Lecture 2 : Understanding Earth Resistance, Touch & Step Potential.
Earthing & Bonding Lecture 1: Basic Definitions and Interesting Facts
Lecture 5 : Regenerative breaking and Average voltage in Rectifier
Lecture 4 : Flow of Power During Acceleration and Deceleration of Rolling Stock
Lecture 3 : 25 kV AC Traction types (e.g. Booster Transformer) and associated interferences
Lecture 2 : Understanding 25 kV AC Traction System