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Hi Josef, I am importing a solid work stl file in the SImscale. But then it does not show the option of the first dropdown menu. Can you suggest any corrections in steps.. ? please help. it is for my final project.
Hello. You can find more information on importing CAD files here: www.simscale.com/docs/cad-preparation/. If you still need help, please utilize the forum (www.simscale.com/forum/) or the chat support button in the bottom right hand corner.
hello at 32:21 , the pressure moment is along y is negative , what dose that mean , it would be great if someone would eloborate on that topic , cause ive been trying to make a similar project and im getting my moments along that axis as negative
In ISO4210 the horizontal front load is described with a mass that is falling from a specific height on the front axle of the bicycle but not as a force. How did you come up with the 2x1000N of force acting on the axle?
Fewer 90° elbows ! ! Anyone wonder why a pump manufacturer would BUILD IN A 90° angle right into the pump housing/Volute? ? ? Regardless of how well you lay out your system. you will always have one more 90 - built in for no apparent reason. It may look neat to have the output lined up and centered on the input but is that really worth an extra 90?
AT 30:30 ROI in a nutshell the diagram shows GREEN lines coming straight into the pump - is this accurate....is there actually any CFD paying attention to this water because; to the best of my knowledge the water Swirles in a vortex some time before it enters the impeller domain... is this right or does the water truly shoot straight into the EYE Tangent to the rotational plane? this is a very important point because ALL WATER Swirles down pipes rotating in one direction or another with few exceptions and sometimes reverses or becomes turbulent after bends or 90° elbows or U-Turns. it seems that the inlet rotation of the fluid would be a very important issue that could greatly effect pump performance; especially with respect to cavitation .... A pump with a slight rotation in the same direction as the impeller could greatly reduce the cavitation "Shock" at the leading edge and a rotation opposite of the impeller would increase the pressures at the point of impeller contact.....Please help on this point. Thank you
if its not a thing anymore please update the video or at least just remove this one... looks like your cad app replaced this option? documentation is lacking at best with SimScale
@@SimscaleSimulation I did read that and more, the info is lacking at best as stated, misleading, and not intuitive at all. I got my sims working in the end though it was cumbersome and backwards...
I am thrilled! I haven't seen the video in full yet, only excerpts. I'll watch it in full over the next few days. But I already have a question: Is the propagation speed of the magnetic field correctly taken into account? This should be taken into account for permanent motors that run at a very high speed. Or if you want to look at the propagation of magnetic fields in chips with very high frequencies, that would also be important.
You can search the Public Projects for drone workshop (www.simscale.com/projects/?search=drone+workshop) and make a copy of a project of your choosing. On the left hand side under the Geometries tree you can download the CAD. However, since this is an old simulation, the geometry may be outdated. If useful, here is a different, updated drone (quadcopter) public project: www.simscale.com/projects/Templates/quadcopter_drone/
You can learn more about meshing in the documentation here: www.simscale.com/docs/simulation-setup/meshing/. Also feel free to check out the SimScale forum: www.simscale.com/forum/
Please check out our Documentation (www.simscale.com/docs/) or Knowledge Base (www.simscale.com/knowledge-base/) for more information. You can also search or ask your question in the SimScale Forum (www.simscale.com/forum/). If you still need support, feel free to contact us (www.simscale.com/contact-us/) or use the in-platform support chat.
AI features are currently being rolled out. Learn more in this blog (www.simscale.com/blog/ai-new-era-engineering-simulation/), this release webinar (www.simscale.com/webinars-workshops/ai-based-physics-predictions/), or our upcoming AI webinar on March 13th (www.simscale.com/webinars-workshops/ai-physics-working-together-accelerate-engineering-innovation/). Feel free to contact us (www.simscale.com/contact-us/) if you have any specific questions about the AI features or gaining access.
We are using a Graph Neural Network that learns directly from shapes and is provided by our partner NAVASTO. For more information, please contact us: www.simscale.com/contact-us/
Hello to the owener. I am currently doing CFD thesis on a Kaplan turbine. Can you help me with the geometry? I like your geometry, and I am struggling on creating one. Thank you.
The CAD geometry is included in the public project. You can find the public project used in the video here: www.simscale.com/workbench/?pid=1220870254291642436&mi=spec%3A04865162-10c9-481e-a96f-9fb1495b4b13%2Cservice%3ASIMULATION%2Cstrategy%3A5. As this is an old video and project, some of the geometry may be outdated (it will say in the Geometries tree section on the left). You can also search public projects for kaplan turbines: www.simscale.com/dashboard/v2/search?q=kaplan%20turbine Lastly, if you cannot find what you need, you can always search for free CAD models online to import (e.g., grabcad.com/library?page=1&time=all_time&sort=recent&query=kaplan%20turbine).
Please have a look at our Documentation (www.simscale.com/docs/), check out the Forum (www.simscale.com/forum/), or use the in-product chat support (bottom right hand corner) for any questions.
