Bending Stress and Radius of Curvature Derived and Explained! (Stresses in Beams Lecture Part 1)

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CONCEPT IN THIS VIDEO
Engr. Gillesania explains how computations of stress in beams, like bending stress, were derived so that you can fully understand and apply these formulas!
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[@adonischristodoulou2125]

For sure one of the best video explanations i have yet seen on the subject. Good Job man

[@MOATHALSHIBLIvfx]

Understanding Strength of materials subject is the key to understand RCC.. So, can you please do more like this content. Thank again

[@kaustubhpriyadarsan2162]

Thanks a lot sir 🙏 from 🇮🇳

[@perpetuaenebeli2189]

Thank you sir from Nigeria

[@atienorisper5541]

Great work

[@MOATHALSHIBLIvfx]

Now I understood how the formula came... Like this videos deserved Oscar😀

[@osamahasan3288]

Excellent.

[@servanthood6135]

Thank you sir for sharing your videos.

[@jonelcorbi2611]

Thank you sir, more videos!

[@nicohamlyn6152]

Great Vid!!

[@MOATHALSHIBLIvfx]

Thank you so much

[@alexejcrescini263]

Ayos pats.👍

[@brokenEngineerMathAndPhysics]

Thanks

[@Sanaul4994]

derive the relationship between strain and the radius of curvature of the beam can i get answer of this

[@fernandob.arnaldo2414]

Hello Am from mozambique and i would like to learn more about straight material, could you put on your videos portuguese subtitle?

[@gnidnoeled786]

Sir sa 16:28 mark ang nasabi nyo po na unit ng section modulus ay mm to the 4th at length to the 4th. Dapat po mm to the 3rd or length to the 3rd. Tama po ba?

[@gnidnoeled786]

Sir, what's the stresses in beams if it's a curved beam?

[@icebear6932]

tensile and compressive pa rin. depende sa orientation ng curve kung saan yung tension and compression

[@AfsarAnsari-ty5fi]

sir what software you have used for the presentation ?

[@GillesaniaEngineeringVideos]

We use ms powerpoint

[@tutstorial8474]

6:41 di ba po strain is (final minus initial) over initial? pero bakit po naging R(theta) - (R(theta) - y(theta) ? instead of ( ( R(theta) - y(theta) ) - R(theta) )/R(theta) ?

[@GillesaniaEngineeringVideos]

It doesn't matter really. If you take the fiber distant "y" from N.A., then mag change din yung sign.

[@tutstorial8474]

magiging strain = - y/radius of curvature po kasi 🤔 hehe 😅

[@RimuruTempest-jt7wm]

deformation (delta symbol) po yung unang formula na nimention mo... strain (epsilon) is deformation / original .. kindly go back po sa video... alam ko late reply nato hahaha

[@puye_low_low_0033]

This is super. 🫡