Structural Theory | Conjugate-beam Method part 2 of 3

Part 1 of 3 • Structural Theory | Co...
Part 3 of 3 • Structural Theory | Co...
Learn to compute beam deflection and slope using Conjugate-Beam Method
Please subscribe to my channel.
For the Copyright free contents
special thanks to:
Should you have concerns regarding the video, please email me directly at [e-mail]
About me:
I am Jay T. Cabuñas, Civil engineer and an engineering professor.
I love teaching and sharing knowledge to everyone

[@BelindaJemeli]

You have saved my life 😂 thank so much ❤

[@nasikhalvi3182]

Thanks a lot sir
Love from Bangladesh 🇧🇩
Your video helps me a lot to understand the topic

[@bnyaminsabah]

Y made them way way easier! Thank you so much 💕💕💕

[@christianlearnertv2335]

Sir Thank you po talaga sa lahat ng teaching nyo po. Marami po akong natutunan sa mga tutorial nyo po Sir. Looking forward na rin po Sana for steel design lessons. Hehe willing to learn. God bless po Sir

[@jimhaicstube.6283]

Thank you Sir for these in-depth explanations.
Please, how did you get the value for x? (X=8.165m)

[@leosalonggat6579]

New subscriber po..Thank you, Sir

[@wildclick8691]

Wow

[@salvabenzmarcl.9376]

sir, ask ko lang po how do you know na 1/3 or 2/3 ung gagamitin para sa pagkuha ng resultant?
sa uniformly distributedload gets ko siya kung pano, pero dito pa sa conjugate beam hindi po e. pwede po bang paexplain.
hoping that u can reply asap because im having an exam on monday hehehe

[@uchan491]

Sir, ano pong books pwede gamitin in solving problems sa basic mechanical engineering na subject?

[@engrjayc]

Wala akong ma recommend na book. Pero marami resources sa net

[@vinzkarlpranza3789]

clarify ko lang po. pag ginamitan ko po siya ng double integration method, di po same yung location ng max deflection at yung deflection mismo. sana manotice. thank you!

[@jomarsuwalawan4537]

Hi ask ko lang bakit hindi mo cinonsider yung 400 as a max positive moment?

[@killbillg45]

same question po