ฝัง
- เผยแพร่เมื่อ 4 ส.ค. 2024
- In this video we explore the topic of Column Buckling. We look at Euler's formula and what affects the overall capacity of a member against buckling. Finally, we look at how buckling strength interacts with compressive strength.
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Perfect. I have temporarily focused only on tension because I wasn't sure how to calculate buckling in members under compression in a truss. I can manually calculate cross sectional requirements in different materials in members under tension (no simultaneous equation solving needed for my design) but I can see how calculations for members under compression would quickly cause mental trauma. Looks like your s/w is a perfect fit for my requirements. Thanks for the exceptionally clear explanation of the maths.
Thanks Al! Glad we were able to help! :)
Thank you Trevor and SkyCiv team for this great video. It is quite informative. I had idea about yield force and critical buckling force but couldn't understand the big picture. In this video I understood that why we need to calculate buckling force is because we want it to be greater than member's yield force so that member can use its full potential. Otherwise member fails before reaching its full potential(yield point).
Glad it was helpful!
Thank you for the explanation! Great video
Glad you enjoyed it!
Great video, I am appreciating these super clear concise overview/reminders of these structural engineering concepts.
Thanks Sterling! Let us know if there are any topics you'd like to see!
Could you help me in moment of inertia to calculate rectangular , hollow rectangle and important things for me is I beam .
Hi Ali! Try our free moment of inertia calculator on our website - skyciv.com/free-moment-of-inertia-calculator/. Hope this helps!
Qaa