Video

Great video! Thanks for the tips :)

Very interesting and very powerful engine for treating meshes (voxels?)! It is also nice that you can store&repeat the same set of actions on different models. On the "modeling-side", since we are dealing with an impeller, can you change the thickness of the blades or the total number of blades or a (slight) change of the diameter of the impeller or the fillet radius at the bottom of each blade?

I was thinking about the clamping force, when molds are exposed for that pressure the absolute best option in my worldn would be a circular channel as it could handle the pressure best. I might be wrong, just a tought.

When to give unit in a block and when to not, need a explanatory guide please.

Sometimes ntop asks for unit and shows error(e.g. length), sometimes if I give unit it shows error saying it has got length^2 or unit does not matc(e.g. gave unit in one kept another without unit). Can you pls clarify what is happening? (ASAP)

how can i reduce the file size of the exported format

Can you provide the ntop file to follow along?

Hello there, I wanna learn how to design this. Is there any introductory video of making such highly sophisticated heat exchanger?

Is it possible to upload the demo file? Also, you used a command, remove cad face, how is this command implemented?

How to create baffles in ntop tpms structure

How you got the points , thank you

Golf balls spin . Inlet and exit manifolds do not . What about triangle dimples not semi circular ? Triangles like what we see in naca ducts . Speed gas movement around corners that would other wise lose energy . 🤔🇦🇺👍

Why is this software still not available publically?

3:35 what specifically is that? i need more of that.

have problems to run the demo files and their blocks... are they incopatible now ?

Why doesn’t anyone teach how to use the software? They just come to show what we did. Where can I learn?

beautiful

How can I have access to ntop?

I'm curious how this affect would act on a smaller projectile such as a ball sphere 17.4mm or .6840" in size being accelerated at 300 feet per second. And, how would this change if the ball object had dimples like a golf ball instead of a smooth surface. Would it accelerate faster and longer with a more level flight like a golf ball even though its smaller in size, weighing approx. 3.5 to 4 grams?

So perfect this lecture sir

This perfect this lecture sir

Thick outer shell, thin inner structure. I like how most optimized parts look similar to bones. It would be nice if there was a free online-service or an easy-to-use tool available. Most free programms only scratch the surface and take way too long.

Awesome

Thanks for the video. Is there a way to visualise strain or deformation of the topology optimised output without running FE block again?

another awful tutorial video from ntopology

How did you share topology between the fluid domain and the solid?

you cannot downoad the trial version unfortunately using the university email

Hey, thanks for the great video. I am going through the software and this is very helpful. I wanted to know is there any workflow for making a impeller with injection molding by conformal cooling. This workflow can then also be used for small fans ,impellers in large scale.

where to get this file for workflow

How to create baffle

What is the nsme of the scanner you are using ?

Amazing, thanks ntop’s team.

You guys should check out the me2 engine?

It's interesting to perform an experimental testing of the optimized landing gear

I love how biological these topology optimized part look.

Whats the easiest way to highlight areas that require support material?

good stuff

hello plz help i am not able to export a file where i have created a porous structure using infill volume lattice...and everytime i try to export the file in .stl format...it takes to much time and finally gives me error..that there is insufficient memory to perform this operation

No demo version available, not sure what the point is.

If people just understood the principles behind this it wouldn't be a mystery, dimples increase turbulence and reduce flow velocity, but dimple increase turbulence and help keep flow attached so there are proper places for dimples and the entire port is not the place! put them on the short side radius and any tight spots where air cannot turn because the angle is over 15 degrees or so.

It doesn't matter how good your software is if no one can try it. I've been to your website, there is no straight forward way to get a trial version of the product.

They would need to be packed much denser than that. Would it work with only a 1-2mm gap?

What is the name of the program you are working on?

please post a tutorial about basketball ball design

Have you found boundary layers are not required for accurate heat transfer/DP results?

Thanks for the video. How did you get the basic shoe solid that you started with before you started adding texture?

would the nTop team be able to upload this example file or something resembling it ??

And which "3rd party software" currently supporting this, except EOSPrint ?

incredible, i can't wait for similar integration with CAE platforms for faster sims!

Where can i learn Ntopology from Scratch to Pro