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Hi, thanks for getting in touch. We don't really offer consultancy in this particular area, we specialise in providing training and support for the actual software. If you have any questions due drop us an email at hello@origin-eng.co.uk

Thank you so much for your feedback ​@@originengineeringsolutions431

UGI solutions, who did you buy your Discovery license off, you should be able to ask them for assistance. Alternatively, you can log into the Ansys Innovation Space and ask on the forum - innovationspace.ansys.com/ais-discovery/ We provide support for our UK & IE based customers so unfortunately not able to help, but hopefully the above helps. Thanks very much!

Thanks for the message, we can add it to our list. In the meantime, you can visit the Discovery Forum which should provide some additional guidance - discoveryforum.ansys.com/

Thank you❤

Inspire Cast can do Low pressure, we will aim to create a Low pressure video detailing set up and results in the coming weeks.

Yes you can export the blank in IGES or DXF format

Solidification can be ran purely on the part, a filling method isn't necessary for this. You would just need to specify only solidification when running the analysis.

I have the same problem, you should subtract the rotation fluid zone from the main fluid zone by combine command to create separated fluid zone.

Hi, glad to hear the videos are helpful. For fluid domain extraction I would use the Volume Extract tool. We have another video that shows this tool in more detail at around the 2:40 mark hopefully this may help- th-cam.com/video/izXSVt6Gm2c/w-d-xo.html

@@originengineeringsolutions431 I am doing CFD analysis of a generator in which oil is flown inside to cool the generator as it is producing more than 50kW heat. It is having intricate paths and multiple outlet and inlets. For CFD analysis, I need to take the fluid volume. That's why I am asking. Can you make sir?

Hi Thai, who provides your Altair license currently?, they should be able to provide local support. You will likely have to send them the error message and they should be able to help. Could be down to meshing issues usually. Thanks Origin

Hi, currently not. This is done on the CPU at the moment and run time will depend on a number of factors such as; processor power and number of cores, model size, mesh size.

Hi thanks for the comment, yes it could be potentially used to calculate thrust based on Mass flow and Velocity values.

@@originengineeringsolutions431 Thanks

@@originengineeringsolutions431 Please, can this version of Ansys Discovery live work on an NVIDIA GeForce RTX 3070 Ti? Thanks

@@ettrike, that should work fine. If in doubt, you can check out the this document which details current graphics card requirements - www.ansys.com/content/dam/it-solutions/platform-support/ansys-2023-r1-graphical-display-graphics-cards-tested.pdf

@@originengineeringsolutions431 Thanks

Thanks for the comment and watching the video. Specs required for Discovery are · A dedicated NVIDIA GPU card (Quadro recommended, GeForce supported) based on the Maxwell, Pascal, Turing, or Ampere architecture. P3000 or better strongly recommended. Minimum 4GB of video RAM (8GB recommended) on the GPU. Graphics Driver version 451 or higher In regards to your question, it can be done but would likely be one of the Ansys flagship products, if you would like to learn more please feel free to call us on 03333 440 880 Within Discovery you can model a fan, but you need to enter the torque and other parameters. E.g you cant predict motor power based on the fan but it is possible in other products.

@@originengineeringsolutions431 A big thanks for your reply and info. So it is feasible but with other SW from Ansys, Thanks.

@@ettrike Yes it would be possible. If you are happy to share your email we can send you some more details, if you don’t want to share on here just email us at hello@origin-eng.co.uk or feel free to call.

Hi Paul, Thanks for taking the time to comment on our video and watching it. Yes, of course we can help. Feel free to ask your questions on here, email hello@origin-eng.co.uk or call us on 0333 440 880

Thanks for your questions and we are glad you find the content useful. To keep the legs together via a connecting structure you could create some geometry and protect this area totally or by an amount which would stop the software reducing mass in that area. In terms of the difference between the left hand and right hand this is due to the part not being symmetrical and the left hand side having more mass to begin with, because this side has more stress placed upon it if the weight is evenly distributed which we are presuming in this video the support here will be slightly different. Once you have the optimised solution you can do a number of things such as smoothing, converting to CAD surfaces or you could as suggested take this into a Sub D model and further modify.

@@originengineeringsolutions431 Oh yeah, subtly not symmetrical - that caught me out! With respect to the joining the legs somehow, wouldn't any material protected therefore not change and there's already material there - perhaps another design load like a torque across R pair to L pair with a deflection parameter / target might produce the right result - although all answers are right, it's just a matter of loading correctly for the intended service. But wrt the symmetry enquiry, surely the reflective planes would be proportional less compute time as in normal fem work. Thanks for your reply - that little non symmetry really caught me out - glad you answered!

SubD is only in Ansys Discovery. SpaceClaim users should be able to access Discovery modeler to use this feature.

@@originengineeringsolutions431 Thanks for the reply. Perhaps in SC 2023R1 as it's more of a Designers creation tool than an analysists modification requirement although that's not really a fair assessment of Discovery Modelling.

In Discovery you have two ways of meshing in the 'Explore' mode which we show in this video it is meshing automatically. It uses voxel based approach and you can adjust your fidelity. If you want a more 'traditional' meshing approach you can use the 'refine' mode in Discovery and control your mesh in more detail.

I spy 2022R2😃