Electrical Machines Design and Industry Prospects (Professional Master Course)

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  • Electrical machines design and industry prospects professional master course

Description

Program outcomes
  • EV Market Study


Requirements
  • Mobile/Laptop/Tablet with good internet connectivity.

Syllabus

  • 71 Lessons
  • 25:24:32 Hours
  • Coming of EV in 19th Century00:29:00
  • Golden Era of EV 00:19:37
  • Coming of New Era in EV00:19:57
  • EV Market and Sales00:30:00
  • Components; Trends and Growth00:30:00
  • Parallel Hybrid00:21:50
  • Series Hybrid00:14:13
  • Series Parallel00:09:00
  • Fuel Cell EV 00:07:32
  • Micro Mild and Full hybrid00:19:33
  • Motors00:29:00
  • Transmissions00:20:00
  • Hub Motor00:21:00
  • Battery & BMS00:16:00
  • Components Positioning00:26:00
  • Assignment 1
  • Vehicle Coordinate System00:16:37
  • Powertrain Equation00:22:43
  • Drag Equation00:10:32
  • Drag Coefficient00:25:37
  • Drag Calculation00:11:41
  • Tire Construction and Specification00:34:57
  • Wheel Rolling without Slipping00:03:00
  • Wheel Dynamics ROLL vs SLIP vs SKID00:03:00
  • Contact Patch00:21:00
  • Hysteresis Loss00:22:00
  • Tyre Parameters00:21:00
  • Calculating Parameters00:33:00
  • Power Calculation00:24:00
  • Torque Calculation00:13:00
  • Gearbox Selection00:26:00
  • Motor Characteristics00:28:00
  • PE and Motor Control00:46:07
  • Basic Understanding of Motor00:30:00
  • SRM Motor00:12:16
  • Introduction of BLDC Motor00:20:00
  • Control Principles00:06:00
  • Motor for EV00:29:00
  • Regenerative Braking00:24:00
  • Motor Control00:25:00
  • Motor Control Quadrant00:11:00
  • Ac Motor Control00:22:00
  • Asynchronous vs Synchronous Motor00:15:42
  • Basic of Magnetics00:18:36
  • Maxwells Equation00:21:37
  • Magnetic Circuit00:30:27
  • Electro Motive Force00:19:00
  • Flux Linkage and Inductance00:15:38
  • Magnetic Energy00:09:40
  • Electromagnetic Force and Torque00:20:26
  • Sample Problem - Electromagnetic Flux and Excitation Current01:09:18
  • Winding Introduction00:22:13
  • Single Layer Winding00:38:59
  • Double Layer Winding00:22:19
  • Rotating Magnetic Field00:37:38
  • Sample Problem 2 - Winding Design00:15:58
  • Phase and Line EMF 00:18:53
  • Sample Problem 3 - Motor Winding00:38:14
  • PMSM Motor - Magnetic Properties00:20:36
  • PMSM Motor - Magnetic Circuit00:31:56
  • PMSM Motor - Torque Equation00:19:16
  • Introduction to Motor Modelling00:16:04
  • Motor Geometry00:19:12
  • Add Winding and Material00:20:26
  • Simulating E Magnetics00:13:12
  • Torque Speed Curve00:25:00
  • Efficiency and Drive Cycle00:20:00
  • Thermal Solution00:23:00
  • Parameters and Drive Cycle00:12:00
  • Setting Up Parameters00:14:00
  • Calculation of Energy Consumption00:21:00

About instructor

Instructor
Name : ISIEINDIA E-Learning
Reviews : 77 Reviews
Student : 540 Students
Courses : 51 Courses

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