Simulink DTC Fault tolerant control -- 2

@julianm260

✅✅✅This is Julian again. ✅✅✅ I suggested you 30hrs and 1800$, but you didn't agree. Could u pls let me know your estimated budget and timeline exactly? I am willing to negotiate and follow your opinion. Looking forward to your response. Thanks.

@Fareshassan96

Hello, I can upgrade your existing six-phase PMSM DTC Simulink model into a clean, fault-aware benchmark exactly as you described. I’ll start from your current healthy-condition model and motor parameters, then add modular fault-injection logic for the three cases: Open-phase fault (single or multiple phases, switchable) Phase-to-phase short-circuit fault Turn-to-turn fault (winding short inside one phase) Each fault will be implemented as a clearly labelled block/subsystem so you can toggle it on/off and, if useful, adjust timing and severity via simple parameters (fault enable, start time, resistance ratios, etc.), all within standard Simulink—no extra toolboxes required. Once the scenarios are running, I’ll simulate: Healthy baseline Open-phase Short-circuit Turn-to-turn For each, I’ll extract the key metrics you requested: Peak-to-peak current ripple Current THD Steady-state torque error Steady-state speed error I’ll return: The updated Simulink model with fault subsystems and comments A concise one-page summary listing the metrics in clear tables/bullets so you can quickly see how DTC performance degrades under each fault while checking whether phase currents remain quasi-sinusoidal and torque-speed control stays stable. Regards, Fares Hassan

@ElecHamza

Hi I will revise your EasyEDA schematic to your instructions and proceed to update the printed circuit board only after you approve the schematic. I will deliver fabrication ready files an editable EasyEDA project link and Portable Document Format exports including a three dimensional view and will support testing and revisions to ensure the final board matches the approved schematic. Best regards, Hamza

@romank94

This is a person you are looking for!!! With expertise in Electrical Engineering and Matlab, I'm well-versed in the types of tasks that your project entails. Specifically, my background in designing control systems for motors makes me uniquely suited to enhancing your Simulink model for fault analysis. I have a deep understanding of Direct Torque Control and have actualized it on numerous simulations designing robust and fault-tolerant control schemes. Moreover, my proficiency extends to fault analysis which is precisely what you need; leveraging my expertise I can seamlessly incorporate the open-phase, short-circuit, and turn-to-turn faults into your model, allowing for comprehensive analysis of peak-to-peak current ripple, total harmonic distortion, and steady-state torque/speed error under each scenario. My attention to detail will ensure that all faults are clearly marked for convenient toggling during simulation. Lastly, I would expedite delivery without sacrificing quality - providing you with a superior Simulink file rooted in standard Simulink logic by as expected. Working with me, you should rest assured that your model will not only perform optimally under healthy conditions but also withstand and adapt to real-world electrical faults. Empower your system with the intelligence it needs through my service

@jessec03

I will convert your DTC six phase PMSM Simulink model into a fault aware benchmark with independent toggles for open phase, short circuit and turn to turn faults. Deliverables are the updated Simulink file with clearly labeled fault injection blocks and a concise one page results note listing peak to peak current ripple, total harmonic distortion and steady state torque and speed error for each scenario. Please send the model and motor parameters and I will begin.

@tobyr13

You want to know whether the controller still yields smooth, near sinusoidal phase currents and stable torque speed regulation when faults are present. I will instrument your model with three fault toggles for open phase, short circuit and turn to turn faults. I will provide a simple user interface inside the model to switch faults on and off and to set timing and severity. I will run each scenario, extract peak to peak current ripple and THD and report steady state torque and speed error in a compact one page results note. I will return the upgraded Simulink file plus a short readme that explains how to run the tests and interpret the results.

@benjaminh94

Dear Thisura, I am well-equipped to enhance your existing Simulink DTC model for the six-phase PMSM by implementing fault-tolerant control through fault injection of open-phase, short-circuit, and turn-to-turn faults. With extensive experience in electrical engineering and control system design, I will integrate clearly labeled fault-injection blocks within your Simulink environment, ensuring a modular and user-friendly interface to toggle faults independently. My approach will include parameterizing fault timing and severity where beneficial while adhering strictly to standard Simulink tools, thus avoiding additional dependencies. I will rigorously verify that the upgraded model maintains stable torque-speed regulation and smooth sinusoidal phase currents during each fault scenario. Alongside the model, I will deliver a concise one-page summary presenting key metrics such as peak-to-peak current ripple, total harmonic distortion, and steady-state torque/speed errors in clear tabulated or bullet format, meeting your documentation preference. Please share your original Simulink model and motor parameters to begin. I will ensure the final file runs flawlessly and provide prompt, professional delivery within your budget.

@tinik33

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@peconsultation

Hello, I will convert your working Simulink Direct Torque Control model into a fault-aware benchmark with toggleable open-phase, short-circuit, and turn-to-turn fault injections, delivering a clean, annotated Simulink file and a concise one-page results summary showing peak-to-peak current ripple, THD, and steady-state torque and speed error for each scenario; I will label fault blocks clearly, parameterize fault timing/severity if desired, validate all test cases to run without errors, and provide guidance to reproduce and extend the experiments, ensuring results are presentation-ready for your research or publication while keeping the interface simple and maintainable and deliver files in standard Simulink format.

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