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Fascinating!

Thank you!

Very well explained. Thank you

Mam, please accept my gratitude.

thank you

One of the finest video for structural engineering student.❤️

There's an error in the video! Thanks to the folks that pointed it out. The principal stresses are two compressive and one tensile; sigma3 should indeed by -32 ksi or 32 ksi of compression.

thank you, good explanation!!!

feels like sitting in kindergarden listening to an overly excited adult talking about math.

I believe the stress at the bottom should be towards the cross- section and not away since the bottom of the cross-section is in compression.

This video was exactly what i needed, thank you. Also, you forgot to write ri^4 which bothers me, but all good.

shouldn't sigma3 be - 32

your sound is soothing , make it for dynamics and the other . ☺

Thanks for posting one of the best video on combined loading. I may revisit the direction of arrow for shear stress (tau_xy=100MPa) at point B in COMBINED state of stress at 29:10.

Damn, I tried looking for the proof of why Ixy is 0 for a symmetrical cross section. Finally found it. Great video!

I am doing my graduation project and i thank you my lady for this video.👍👍

Thank you Miss

I have next to zero wood working skills and am looking to build a fence. I do have math skills. And this just saved me a lot of worrying if I'm choosing the right way to orient everything 😅

Thank you, that's exactly what I was searching for :))

Wohuu 🥳. ♥️

thank you for this, its my last minute review, its easy to grasp on

why is the Q calculation the same for T2 ? You changed t to 10mm. so why didn’t you change the width from 100mm to 10mm as well?

i luv ur vids ur amazing :)))

thank u so much i only have 10h till my assignment and i had no idea how to solve them

Prof. Susan Reynolds makes so much content that is visually pleasing and easy to understand. I honestly wish I had taken her Statics or Mech. of Mat. class.

Thank you! This is my choice for post-summer break review and it's really helping me understand how to get all the needed terms for these equations :)

can you make a video on yield criteria mohr cycle?

Thanks!

Nice explanation

Make one video on triaxial loading and mohr cycle

This is the first video I've seen. But if you explain everything as well as you did here then I want to watch it all!

thank you for this example

💙💙💙💙

Thank you! These have been so helpful

It appears that my microphone had a technical issue starting around 6:30, so the 2nd half of the video doesn't have any audio. I do plan to re-record the video -- stay tuned!