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Great Video! Thanks for sharing! Very good explanation.

Thanks jos. Good observation on tranverse shear defermations, usually negleted in 1D elements but here shows the difference. Great work!

easy and simple. Great!

Thanks a lot Sir, with your good explanation I equally did it in ANSYS

What about buckling of a beam under bending load? Thanks

Can I do this to analyse how a gear tooth will deflect ?

Are you into war thunder by any chance?

Hi Jos, nice video. can we export that model to any other game engines?

That's it what I wanted to know.

Thanks Man, this helped.

great video!

Sir i am not sure but i think that the 4 main beams on The 4 foot from The eiffeltower are made from cast iron and are 12 millimeter thick to The first floor so 57 meter,then from The first to The second floor 115 meter is 8 millimeter wrought iron and from The second floor to The third floor 276 meter 6 millimeter wrought iron

Hello Josh I really like your tutorials Can I have an email so I can chart you up? I will appreciate Thx

Thank you for a good video!

Nice Job !!!

Nice explanation sir. Thank you

Ok but how can we read near the correct result of the stress on this part? Can we say the green area is our stress result on this part? What is the real result?

Dear sir Where can i get this book

Guy, you just saved my life with your constraints for simply support. Thanks A Million

in case you don't find the weldment tab, you can add this tab under Evaluate

Thank you very much sir , extremely helpful video.

Well done sir, thank u so much...

Nice explanation

Hey.. I made one plastic pot ni solidworks I want to check how many load is good for my pot in inside and pot shape remain as before I want to check how many load I give in it so it will break ... Can u please guide me.. I'm waiting for your positive response... THANK you

Please can you link where we can get this application

how can you tell what hand strenght must be used when for example the bold you want to twist has a strenght with 100N

What does the strain number mean? Is there a unit to it?

1:32 for which material this stress-strain curve is? It's looks like the material has very low modules of elasticity. Generally the initial slope for steel is almost 90 degrees.

Which book is this

on which software

Please can you make tutorials on more fixtures like roller , pin joint

Today I learn one thing from your video. From the equation of von Mises Stress, the bigger the magnitude between the 2 stresses, the higher the VMS. Which lead to high Shear stress, which lead to failure of steel

nice technic

Hi @Jos, Im learning from your book in amazon, I want to ask the 1 constraint is it fix at translation in direction of X,YZ and free in rotation at YZ but fix in rotation at X?

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@Jos, what is your beam moment value on this problem, are they the same when you use Beam element vs Shell element?

Great explanation! I would like to ask you if you can share the book you are referring to me ( e-mail: fidani_s89@hotmail.com) . Thanks in advance!

Xexxcom

is there a pdf version of the book? thanks a lot

thank you so much for these series of videos, really well explained

WHERE IS THE REVIOUS VIDEO

very practical video, although the clicking sound was too annoying!

In the real world, another gear is making contact in at least a couple areas.

Thank, Why don't you fixe the four points. I think the free point have any translation.

Why did you change the display of stress diagram? not display in default?

Thank so much, but I checked your simulation with rectangular Section, Result is not exact

Probably I am missing something very obvious but can you explain why stress value in the X direction is not 1000/(Pi*(26)^2) = 50.9 N/mm^2. what am I missing here? thank you for the awesome videos.

very good!

I see and understand your point/example under constant pressure/it being at the bottom of the ocean, it would deform and increase density but not fail as the failure plane has nowhere to go. Now, if you symmetrically pull a cube of whichever metal over it's three axis in an perfect isolated vaccum... you would eventually sublimate the material assuming it doesn't ever fail? Or am I wrong? What I mean is, how does that apply to tension?

Fantastic video. As a visual learner, seeing it happen really helps. Thank you. :)