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Subject 4 - Powertrain Design & Selection (PGP Design)
- Description
- Curriculum
- Reviews
Power & Torque Calculation and Powertrain Selection
-
1
Vehicle Coordinate System -
2
Powertrain Equation
-
3
Drag Equation
-
4
Drag Coefficient
-
5
Drag Calculation
-
6
Tire Construction and Specification
-
7
Wheel Rolling without Slipping
-
8
Wheel Dynamics ROLL vs SLIP vs SKID
-
9
Contact Patch
-
10
Calculating Parameters
-
11
Hysteresis Loss
-
12
Power Calculation
-
13
Tyre Parameters
-
14
Torque Calculation
-
15
Gearbox Selection
-
16
Motor Characteristics
Motor Types & Design
Energy Consumption of an EV – Model Based Simulation
Motor Design Parameters
-
31
Basic of Magnetics
-
32
Maxwells Equation
-
33
Magnetic Circuit
-
34
Electro Motive Force
-
35
Flux Linkage and Inductance
-
36
Magnetic Energy
-
37
Electromagnetic Force and Torque
-
38
Sample Problem – Electromagnetic Flux and Excitation Current
-
39
Winding Introduction
-
40
Single Layer Winding
-
41
Double Layer Winding
-
42
Rotating Magnetic Field
-
43
Sample Problem 2 – Winding Design
-
44
Phase and Line EMF
-
45
Sample Problem 3 – Motor Winding
-
46
PMSM Motor – Magnetic Properties
-
47
PMSM Motor - Magnetic Circuit
-
48
PMSM Motor - Torque Equation
Model Based Simulation - Motor Max Power and Energy Consumption
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Course details
Duration
20
Lectures
55
Level
Advanced
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