Thank you very much for this video. pls how can I get the CAD file, I cant find it in grabcad community

I have developed a plugin for the automatic design of various gears and movement mechanisms using Catia. If you're interested in seeing how it works, you can check out my demonstration video on KZfaq. Just search for 'CATIA App for gears and sprocket and Bearings' to find it and get demo link

beautiful work

The solver engine was unable to converge on a solution for the nonlinear problem as constrained. How to fix this?

ansys 19.2 ?

Why 14 steps sir

it's helpful

is it necessary to use a airfoil for blade or it can be designed like u did?

I have developed a plugin for the automatic design of various gears and movement mechanisms using Catia. If you're interested in seeing how it works, you can check out my demonstration video on KZfaq. Just search for 'Catia gear design plugin demo' to find it

Can you upload the tutorial please

pls how can I get this your cad file in the grabcad community or what name should I search to find it

are there not any tools that understands the concept of chains, like making spur gears with customization, there should be a tool similar for that

Can you share how each component was designed & its calculations? We wanted to make a CV joint for our ATV

can you provide all dimensions or the drawing

i like the music how made it

Hi is this the same as motion analysis on solidworks?

SIR PLEASE DO TRILLIONS OF VIDEOS ON NX CAD , ANSYS AND CATIA V5

Can u send cad model

nice!

please can you send me work bench file?

Hello! I want to check the analysis of plate heat exchanger in Ansys.... Can you help me regarding this or upload the video regarding this as soon as possible. Because it's so urgent for me... I have created my plate heat exchanger and now I want analysis of this as soon as possible

Where to find the solidworks model of it?

Hello, I want to find your steps for learning and would like to ask why my results always end up running flat like this. Thank you.

It would be better if you added voice instructions. I cannot make sense of this

I followed exactly what you did but after the calculations part the propeller cylinder gets tilted

Very useful, thank you so much! How can i find this picture of turbine blade on internet?

there is no step file

hi, can you please provide the step file again as its missing in the one drive link thank you very much

why the plate does not break after increasing the bullet velocity it acts like stronge rubber

hello can you share geometry and analysis

can i get the geometry cad file plz

Excellent

Hello, atleast provide step by step task to make it easy ,video is too fast even at .5x it seems very fast

Why do you suppress the contacts? Causes it not to mesh

Can you send DWG all pdf

Hi... Please am finding it difficult to perform a cfd simulation of a jet accelerating and performing a cobra maneuver using xflow, I'll be glad if you can make video of how it's done either using enforced body or rigid body dynamics. Thanks

Sir, what should we do to make the turbine rotate and see velocity distribution?

where to get the CAD model ? please share the link

Hello brother, can you share the geometry and injection profile file on link download? I am mostly need this file

Thank you sir👍👍👍

if possible, can you please share the geometry and complete ansys wbpz files somewhere for us to download and prctice while watching this video. thank you

Thank you so much it helped me a lot

Just a question why is velocity increasing in correct direction of flow? I think there is error in setup

NX siemens 3D modeling GURU

is this on iso scale? I'm just wordering

Nice video

Give me a base paper for it

hello, did you add a user define function? I am trying to recreate a flapping wing effect and I am getting no where with the udfs I have tried so far

did you even checked the convergence of your solution? Not even for one time step your solution has converged.

I did a lot of research on KZfaq but I couldn't find it, but thanks to you I found it, thank you.