Electromagnetic field theory
This course gives an overview of how electric and magnetic fields are created, interact, and transmit energy.
It explains the main physical laws that govern electromagnetism, starting from charges and currents to the Maxwell’s equations.
Students will learn how to describe and analyze electromagnetic phenomena using vector mathematics and different coordinate systems.
The concepts studied are the foundation of many electrical engineering applications such as machines, transformers, transmission lines, sensors, and electromagnetic waves.
- المعلم: ibtissem belgasmi
In electrical engineering, an electric machine is a general term for a machine that makes use of electromagnetic forces and their interactions with voltages, currents, and movement, such as motors and generators. They are electromechanical energy converters, converting between electricity and motion. The moving parts in a machine can be rotating (rotating machines) or linear (linear machines). While transformers are occasionally called "static electric machines",they do not have moving parts and are more accurately described as electrical devices "closely related" to electrical machines
- المعلم: Abdelhakim Mabrek
- المعلم: asma talbi