Structural Stability and Determinacy with Example Problems - Structural Analysis
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- čas přidán 5. 12. 2020
- Structural Stability and Determinacy with Example Problems - Structural Analysis
In this video, we introduce the concepts of structural determinacy, indeterminacy and unstable structures. We learn how to determine the internal and external stability of structures and therefore the overall stability of a structure, and we finish by working through a couple of example problems to test our understanding.
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Fabulous content and a really great explanation! Thank you so much! I am looking forward to watching more of your videos to improve my understanding of structures.
Thanks for your great educational video, it’s informative and easy to understand! I’m a structural engineer with over 19 years of experience, however, I still need to brush up structural stability theory as it’s a fundamental and essential knowledge body that all structural engineers must master.
Thank you for your support Scott The E&B, it really helps out and I love to hear about the backgrounds of different people watching my videos 🙂
Thank you for a great explanation! the best video out of all in CZcams
who are you so wise in the ways of teaching? i love you you've saved my grade
Thank you so much for this !! Can't be more thank ful coz I just couldn't understand it in my class and now I am able to understand only coz of u thank u very much , it helped me alot with my assignment
How is a truss, which undergoes rigid body translation for an arbitrary load,classified as
Options are
1 geometrically unstable
2 statically unslable
3 structurally unstable
Thank you so much for the video
Helped me out a lot, it cleared all my confusions. Thanks!
You're welcome 🙂 Thanks for the support!
Can you do more videos like this, sir? And is there a playlist for such videos?
I didn't understand why you multiplied by 8/2 in ( 4 × 8 × 8/2 )?
Hello, Could you please explain how to find the internal indeterminacy degree of the structure with X bracing shown at 1:34. To my understanding, we have 4 hinges and each hinge is connected to 3 members it'd reduce the indeterminacy degree with (3-1)=2 >> 4*-2=-8 but how to determine the number of loops that increase the degree of indeterminacy. Thanks in advance.
Thank you. helpful explanation of Structure stability.
Structural analysis and finite element method
czcams.com/channels/fZBo0T5G0W_rGYHAXfYIRw.htmlvideos
Fantastic content. Thank you for uploading.
Thank you!!
Thank you
thanks alot
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thanks a lottt
im 11 and homesholled i just this amazing educational channel love the videos
FOR the moment at C aren't RYA AND RYB CAUSING A MOMENT?
thank youu
THANKS ,APPRECIATE IT MAN.
You're welcome, I'm glad you found it useful!
Nice
sorry, I think , in the moment equilibrium equation at A or B = 0, the X-asix, not including.
where it come 5x7 in moment at B
5x8x8/2 ???? I dont get it?
Nothing but moment formula ( Force x distance).. The Force is (5x8) and Distance is ( 8/2).
Very Complicated Theoritical Lesson.