Udemy – Mathematical Intuition behind Electric Motors 2022-2
Udemy – Mathematical Intuition behind Electric Motors 2022-2 Downloadly IRSpace

Mathematical Intuition behind Electric Motors is a course that explores the mathematical foundations of electric motors, published by Udemy Online Academy. This course explores the mathematical foundations of electric motors and provides a deep understanding of how they work and operate. It covers fundamental concepts such as electromagnetic principles, torque equations, power calculations, and efficiency analysis. Students will learn about different types of motors, including DC motors, AC motors, synchronous and asynchronous machines, and how their mathematical models govern their performance.
This course delves into the mathematics of electric motors. Specifically, the constitutive equations for a DC motor and a 3-phase asynchronous motor are constructed starting from the principles of electromagnetics. In addition, the mechanical and electrical power produced by the motor are discussed and mathematically derived in this course, as well as torque, rotor angular frequency, and a parameter called “slip.” The course also covers key topics such as Laplace transforms, phasor analysis, and control strategies used in motor design. With a focus on mathematical intuition, learners develop skills to analyze motor behavior, optimize performance, and apply theoretical principles to real-world engineering applications.
What you will learn in Mathematical Intuition behind Electric Motors:
- DC Motor Mathematics
- 3-Phase Asynchronous Motor Mathematics
- How to derive equations for DC motor and 3-phase asynchronous motor
- Electromagnetic field produced by DC motor and 3-phase asynchronous motor
- Angular velocity and torque of DC motor and 3-phase asynchronous motor
- And …
Course specifications
Publisher: Udemy
Instructors: Emanuele Pesaresi
Language: English
Level: Advanced
Number of Lessons: 26
Duration: 3 hours and 34 minutes
Course topics
Mathematical Intuition behind Electric Motors Prerequisites
Kirchhoff’s laws
the concept of: Inductance, resistance, impedance
Faraday-Lenz law of electromagnetism (also Maxwell laws)
calculus
Pictures
Mathematical Intuition behind Electric Motors introduction video
Installation guide
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English subtitle
Quality: 720p
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Size
2.3 GB