Enroll Live Course Course Contents Review of the specifications of the benchmark motor Review of the two-axis model of the induction motor Dynamic simulation using Simplorer & Maxwell Dynamic simulation using MATLAB Course is in progress ….
Enroll Live Course Course Contents Review of the specifications of the benchmark motors Review of the two-axis model of the induction motor Dynamic simulation using Simplorer & Maxwell Dynamic simulation using MATLAB Common aspects in all electric motor drives Control of DC motor as an example Single-phase inverter topics Three-phase inverter topics (SPWM, SVPWM) Getting…
Register a Live Course Course Title: Advanced Course on Design of Linear Induction Motors Register a Live Course Course Contents: In this course, first, we will review the basic concepts regarding linear motors. Then we will consider three case-study motors and follow both analytic and FEA designs step-by-step.
Register a Live Course Course Title: Magnetic Equivalent Circuit (MEC) Analysis of Induction Motors by ANSYS Simplorer Register a Live Course Course Contents: 12 live Skype meetings, every meeting between 1.5~2hr Discussion on analytic design of the motor in Excel Generation of the MEC model of induction motor in ANSYS Simplorer Derivation of static and…
Register a Live Course Course Title: Analytic and FEA design of a 3.3kW-2300rpm separately excited DC motor Register a Live Course Course Contents: 16 live Skype meetings, every meeting between 1.5~2hr Analytic design of the motor in Excel Step-by-step FEA modeling of the motor Design optimization using MATLAB and Maxwell https://youtu.be/APcS8IFqEx4
Enroll Live Course Course Contents Review of the specifications of the benchmark motors Review of the two-axis model of the permanent magnet motors (IPM, SPM) Dynamic simulation using Simplorer & Maxwell Dynamic simulation using MATLAB Common aspects in all electric motor drives Control of DC motor as an example Single-phase inverter topics Three-phase inverter topics…
Register a Live Course In this course, we will do the design using object-oriented programming with Python in FLUX2D software. Register a Live Course
In this course, we will learn how to size and evaluate the performance characteristics of a single-phase transformer using the magnetic equivalent circuit method. Then, we will use 2-D and 3-D finite element simulations to verify our analytic design. Finally, we will prototype and test the transformer to evaluate the performance characteristics experimentally. Register a…
In this course, we will follow the electromagnetic design of three case-study motors: Axial-flux induction motor (Double stator) Axial-flux induction motor (Double rotor) Axial-flux induction motor (Single stator and single rotor) In these examples, we will do analytic and finite element analysis. Please let me know if you have any questions via the following link:…
Request Course Content Course Title: Advanced Course on Design of a FSCW Axial-Flux PM Motor Course Content: Course notes Standards Analytic EXCEL design file MATLAB and SIMULINK files VBS scripts FEA simulation files The videos of this course are free and available on my YouTube channel, to buy course content don’t hesitate to contact me via…
