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ComProgExpert
United Kingdom
เข้าร่วมเมื่อ 5 มิ.ย. 2019
Welcome to the "Computational Programming Expert" channel,
*** The general content of this channel is related to mathematical & computational programming. I would like to provide programming tutorials about engineering mathematics, optimization, differential equations, and ...
*** My expertise is "Electrical Machines Design & Drive" and the special content of this channel is about the design and analysis of low-frequency electromagnetic devices.
*** I hope engineering students & design engineers find the content of this channel useful in their projects. To get the course content, please visit the website.
Regards,
Ali Jamali-Fard
*** The general content of this channel is related to mathematical & computational programming. I would like to provide programming tutorials about engineering mathematics, optimization, differential equations, and ...
*** My expertise is "Electrical Machines Design & Drive" and the special content of this channel is about the design and analysis of low-frequency electromagnetic devices.
*** I hope engineering students & design engineers find the content of this channel useful in their projects. To get the course content, please visit the website.
Regards,
Ali Jamali-Fard
3-phase, 2-pole, 24-slot, single-layer, new version (winding pattern 12)
Follow more courses at: comprogexpert.com
In this animation, a method for winding a 24-slot, 2-pole, 3-phase motor is presented.
In this animation, a method for winding a 24-slot, 2-pole, 3-phase motor is presented.
มุมมอง: 1 955
วีดีโอ
Design of a 4kW synchronous reluctance motor (Part 26)
มุมมอง 392หลายเดือนก่อน
Request design contents here: comprogexpert.com/radial-flux-synrms-and-pmasynrms-design-course/ This part investigates the design and analysis of a 4kW synchronous reluctance motor. #ComProgExpert #SynRM #Synchronous_Reluctance_Motor #Reluctance_Motor_Design
Design and analysis of third case study motor (Part 25)
มุมมอง 391หลายเดือนก่อน
Request design contents here: comprogexpert.com/radial-flux-synrms-and-pmasynrms-design-course/ In this video, we will design and analyze the third case study motor. This motor's rotor core is designed using fluid flux-barrier layers. #ComProgExpert #SynRM #Synchronous_Reluctance_Motor #Reluctance_Motor_Design
Magnetic vector potential equation (Part 24)
มุมมอง 281หลายเดือนก่อน
Request design contents here: comprogexpert.com/radial-flux-synrms-and-pmasynrms-design-course/ In this part, we review the magnetic vector potential equation used for generating fluid flux-barrier geometry. We used the finite difference method to solve the MVP equation in MATLAB. #ComProgExpert #SynRM #Synchronous_Reluctance_Motor #Reluctance_Motor_Design
Fluid flux-barrier geometry design (Part 23)
มุมมอง 269หลายเดือนก่อน
Request design contents here: comprogexpert.com/radial-flux-synrms-and-pmasynrms-design-course/ In this part, we review the procedure used for generating the fluid flux-barrier geometry. The method is based on the ideal magnetic loading concept. #ComProgExpert #SynRM #Synchronous_Reluctance_Motor #Reluctance_Motor_Design
Efficiency map calculation for the synchronous reluctance motors (Part 22)
มุมมอง 208หลายเดือนก่อน
Request design contents here: comprogexpert.com/radial-flux-synrms-and-pmasynrms-design-course/ In this video, we learn how to calculate the efficiency map of the synchronous reluctance motor using finite element analysis. #ComProgExpert #SynRM #Synchronous_Reluctance_Motor #Reluctance_Motor_Design
Calculation of the performance curves (Part 21)
มุมมอง 158หลายเดือนก่อน
Request design contents here: comprogexpert.com/radial-flux-synrms-and-pmasynrms-design-course/ In this video, we will discuss the procedure for calculating the performance curves. #ComProgExpert #SynRM #Synchronous_Reluctance_Motor #Reluctance_Motor_Design
Calculation of map curves of SynRM (Part 20)
มุมมอง 184หลายเดือนก่อน
Request design contents here: comprogexpert.com/radial-flux-synrms-and-pmasynrms-design-course/ How to calculate the motor efficiency? th-cam.com/video/QOP2PbZZrJ8/w-d-xo.html #ComProgExpert #SynRM #Synchronous_Reluctance_Motor #Reluctance_Motor_Design
Rotor shape optimization (Part 19)
มุมมอง 364หลายเดือนก่อน
Request design contents here: comprogexpert.com/radial-flux-synrms-and-pmasynrms-design-course/ The Hooke-Jeeves optimization methods: th-cam.com/video/9Pual3T8UrE/w-d-xo.html #ComProgExpert #SynRM #Synchronous_Reluctance_Motor #Reluctance_Motor_Design
Steady-state simulation of synchronous reluctance motor (Part 18)
มุมมอง 237หลายเดือนก่อน
Request design contents here: comprogexpert.com/radial-flux-synrms-and-pmasynrms-design-course/ The Hooke-Jeeves optimization methods: th-cam.com/video/9Pual3T8UrE/w-d-xo.html #ComProgExpert #SynRM #Synchronous_Reluctance_Motor #Reluctance_Motor_Design
Flux density waveform calculation (Part 17)
มุมมอง 216หลายเดือนก่อน
Request design contents here: comprogexpert.com/radial-flux-synrms-and-pmasynrms-design-course/ How to calculate the flux density waveform harmonics? th-cam.com/video/3altXUFF4A4/w-d-xo.html #ComProgExpert #SynRM #Synchronous_Reluctance_Motor #Reluctance_Motor_Design
Calculation of flux linkage curves (Part 16)
มุมมอง 236หลายเดือนก่อน
Request design contents here: comprogexpert.com/radial-flux-synrms-and-pmasynrms-design-course/ In this part of the course, we calculate the align and unaligned flux linkage curves. #ComProgExpert #SynRM #Synchronous_Reluctance_Motor #Reluctance_Motor_Design
Calculation of the static torque curve (Part 15)
มุมมอง 348หลายเดือนก่อน
Request design contents here: comprogexpert.com/radial-flux-synrms-and-pmasynrms-design-course/ In this part of the course, we calculate and compare the static torque curves of both SynRM and PMaSynRM. #ComProgExpert #SynRM #Synchronous_Reluctance_Motor #Reluctance_Motor_Design
Calculation of the stator field of the synchronous reluctance motor by FEA (Part 14)
มุมมอง 349หลายเดือนก่อน
Request design contents here: comprogexpert.com/radial-flux-synrms-and-pmasynrms-design-course/ How to generate animation of rotating field (complex space phasor): th-cam.com/video/kdoijf5246g/w-d-xo.html #ComProgExpert #SynRM #Synchronous_Reluctance_Motor #Reluctance_Motor_Design
Segmented rotor design (section-2) (Part 13)
มุมมอง 228หลายเดือนก่อน
Request design contents here: comprogexpert.com/radial-flux-synrms-and-pmasynrms-design-course/ In this video, we review the code and equations used to generate the geometry of flux-barrier layers. #ComProgExpert #SynRM #Synchronous_Reluctance_Motor #Reluctance_Motor_Design
Segmented rotor design (section-1) (Part 12)
มุมมอง 364หลายเดือนก่อน
Segmented rotor design (section-1) (Part 12)
Calculation of the phase resistance (Part 11)
มุมมอง 235หลายเดือนก่อน
Calculation of the phase resistance (Part 11)
N-D sensitivity analysis of the synchronous reluctance motor (Part 10)
มุมมอง 205หลายเดือนก่อน
N-D sensitivity analysis of the synchronous reluctance motor (Part 10)
2-D sensitivity analysis of synchronous reluctance motor (Part 9)
มุมมอง 162หลายเดือนก่อน
2-D sensitivity analysis of synchronous reluctance motor (Part 9)
One-dimensional sensitivity analysis of the synchronous reluctance motor (Part 8)
มุมมอง 218หลายเดือนก่อน
One-dimensional sensitivity analysis of the synchronous reluctance motor (Part 8)
Electromagnetic design core of a synchronous reluctance motor (Part 7)
มุมมอง 508หลายเดือนก่อน
Electromagnetic design core of a synchronous reluctance motor (Part 7)
Linking the MATLAB object to ANSYS Maxwell model (Part 6)
มุมมอง 491หลายเดือนก่อน
Linking the MATLAB object to ANSYS Maxwell model (Part 6)
Stator modeling of the synchronous reluctance motor by OOP (Part 4)
มุมมอง 772หลายเดือนก่อน
Stator modeling of the synchronous reluctance motor by OOP (Part 4)
Object-oriented programming in MATLAB (Part 3)
มุมมอง 524หลายเดือนก่อน
Object-oriented programming in MATLAB (Part 3)
Brushes of the benchmark DC Motor (Part 2)
มุมมอง 2452 หลายเดือนก่อน
Brushes of the benchmark DC Motor (Part 2)
Design of a separately excited DC motor, the benchmark motor (Part 1)
มุมมอง 2932 หลายเดือนก่อน
Design of a separately excited DC motor, the benchmark motor (Part 1)
10 pole, 12 slot, fractional slot concentrated 3 phase BLDC motor winding (winding pattern 11)
มุมมอง 3.4K3 หลายเดือนก่อน
10 pole, 12 slot, fractional slot concentrated 3 phase BLDC motor winding (winding pattern 11)
10 pole, 12 slot, fractional slot concentrated 3 phase BLDC motor winding (winding pattern 10)
มุมมอง 2.2K3 หลายเดือนก่อน
10 pole, 12 slot, fractional slot concentrated 3 phase BLDC motor winding (winding pattern 10)
3-phase, 4-pole, 36-slot, double-layer, new version (winding pattern 9)
มุมมอง 66K3 หลายเดือนก่อน
3-phase, 4-pole, 36-slot, double-layer, new version (winding pattern 9)
Hello sir The Ansys model is crucial for our ongoing work, and having access to the project file will allow us to further analyze and optimize our designs.
Please check the video description.
This is an excellent video. thanks. Any chance of adding a reference marker on the rotor and say one pole of the rotating magnetic field so that it is easier to see the slip?
Great suggestion!
Hi....where can i get more about the design and simulation of outer rotor SRM using Ansys
Please follow the video description.
@@ComProgExpert Hi...I couldnt get any information about the details from video description....may I know how to proceed for the outer rotor simulation in Ansys....as we cannot proceed through Rmxprt for this outer rotor type SRM...can I get your contact details please..
Could you wxplain the algorithm
Maybe in future
@@ComProgExpert Thanks for your interest ! I'm starting my career in machine designing special starting with single phase induction motors and this animation will help me analysis the results of optimization which will be applicable or not so if you can share with me the code or algorithm , it would be a pleasure ! Thanks in advance !
Hello, i was wondering if you were able to please help me construct something similar to your video for a varying geometry problem? I have a few different finite difference equations to use based upon a couple different conditions. I was using Excel solver to begin with, but can only use it for 100 calculations, rather than the thousands i require for an accurate solution? Am i able to email you something for advice? Thanks in advance
I think it is better to use MATLAB for large problems.
Hi, Any suggestion to reduce the eddy current loss in the stator cores? as they are solid pieces and laminations is not possible, I think it would reduce efficiency.
To reduce eddy current losses, it is necessary to use a material with increased resistivity
The stator core here is laminated.
What is the significance of this plot? How to find out the best design?
This animation demonstrates the start-up of an induction motor and current density distribution in rotor cage, that is for teaching purposes
can you provide step by step tutorial that more better than this
You can register the course
@@ComProgExpert how can I register to the course ?
@@sanjusrinivas980 please check the video description
Hi Sanju, are you already registered for it ? @@sanjusrinivas980
Any course available on this motor as traction application ?
Yes
high torque ripple
Yes, what is important here is average torque
Hello, very interesting application. Please, can you share the excel file?
Hi, sure, will prepare a video and explain the method and how we can create these calculations in excel!
Will you be able to upload this whole course like you did for bldc motor?
Maybe later
@Abdul Shakoor I can understand your frustration bro but he is taking money for his hard work and time which he has put it the course.
How are you. I am working on something similar and I would really appreciate your help in on the optimization.
Hello dear Darryl, I teach electric motor design courses, check my website
great
thanks
Hello :) , do you have please reference describing the coupling between Matlab and Ansys ? Thank you.
Hi, I teach this course online via Skype
Good. However, this iron loss model is simple and doesnot provide accurate loss computation. This may help. www.mdpi.com/2227-7390/7/11/1096
Thanks for document, it is helpful. We used these models just for validation ANSYS Maxwell calculation.
ComProgExpert Good work.Best wishes