Video

Thank you for this such useful knowledge. At the present, I'm trying to simulate a solitary wave, and I want to evaluate the height of free water surface at a specific location, i did consult this tutor but it doesnt really work. Could you please suggest some ideas for this case

Great video. I picked up some new tools, specifically for NSC mode. Thanks.

Thanks for the great content.

thanks a lot, great job

Excellent presentation, wish I came across your video sooner. Thanks and please keep it coming...

my only problem with this would be that i prefer the visuals to have a top side iso and front view for each all in the same picture and the only way i know how to do this is manual creation.

Please do you have any tutorials on packed bed please?

hello. how did you recognize the 'degassing' and 'symmetry' at the same surface?

Well explained, short and informative. Very good source of information!

Should stress corrected stress concentration factor by q be considered in Kf? Or Anysys will calculate it by itself.

What of the variable never stabilizes?

Can I ask how you created your toirodal region, with a plane at the bottom? I am having issues where, when I try to define the 3D fan zone I get the error "Inlet zone is not planar" and I'm wondering if this is because my inlet is an annulus, not a circle

Very useful. Thank you!

Brilliant demonstration but I am very concerned to hear that the Ansys built in fatigue tool is not accurate for biaxial cases (and hence the majority of real-world problems). You say that the predictions should at least be conservative but still I am not filled with confidence! Could you explain a bit more about why it is not accurate please? Is it the implemented mean stress correction theories that are not valid for biaxial stress states?

Brilliant video! Thanks a lot for sharing. I am very concerned to hear that the fatigue tool cannot handle biaxiality. Could you explain this in some more detail, is it the mean stress correction theories which are implemented that are not suitbale for biaxiality? Many thanks!

This has genuinely helped me loads, thank you!

why submodel can't include beam elements?

💯 *Promo SM*

will you be able to send a link to space claim file you have used for us to practice? thanks

Thanks. Very Helpful

Brilliant..

thanks for your Upload, It is really helpful

Helpful thank you!

Which software is this

There is no need at all to import the full impeller to WB! Just a sector that includes one large and small blades, then use periodic boundary conditions!

In the case of frictional contact in the model, how to set the two load enviroments?

Finally a walk through demo, with speech and real explanations, I've really got fed up with these mute speechless dumb tutorials displaying a useless bunch of clicks... thank you for the time and efforts spent on this one, helpful clear and accurate,

nicely presented. thanks

where i can get the model?

wow this is really usefull info. thanks!!

I wish you had shown comparison results AI with traditional CFD

Hi EDRMedeso, Thanks for sharing the useful information. It will really nice if you could update this information for the latest version of Ansys (2023 R2) as 'Finite element modeler' option is not available in current version of Ansys. Regards.

Hi, there. any reference about steam erosion with ansys fluent?

5:45 modal displacement showing wrong when no load

I am trying to create a 3D wave model. I followed your tutorial in Fluent 2022 R2, however, it will not read the profile data. In the command window, it says Reading "F:/New folder/wave.ttab"... Reading transient profile file... It does not go any further. It does not read the variables. Any suggestions? Thanks!

Thank you very much for putting this and your other videos up online, they reinforce and add clarity to me existing knowledge, its much appreciated. For other's benefit, I believe at 41:46, you mean multi-linear material curves should be input as true-stress vs true-strain data.

"PromoSM"

please how we can apply a follower load ?

Hello, how do I contact you, I have some questions about ANSYS, thank you.

Wondering how to use submodels in transient dynamics

Thank you 🙏, great topic

THANK YOU SOOOOO MUCHHHHH ITS VERY CLEAR AND EASY TO UNDERSTAND

Could you please tell me that how can I get these stress and strain data of Dragon Skin 30?

Great presentation!

Hello , i made a simulation almost exacly like your but im having a problem , my particles seems to dont "fell" the touch off eachothers , they oly respont to de contact off the walls and only wehn it hits the midle off the partcile (like the partcile is been trated like a point and not like a particule with diameter)

Excellent. Thank you !

Can you provide me with the UDF code for this?

Good content, thank you

Amazing tutorial. Can you please share the model file?

30:30 shouldn't you also import the simulated displacement for the three screws? You only selected three surfaces as boundary for the displacement to import. With the additional surfaces for screws it should be 6 surfaces to select for the boundary.