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Truss analysis by method of Section:ruclips.net/video/2IFKrm3rRG4/видео.html
p
Thank you so much for this, it was very hard during classes but you taught it so easily. Really appreciated 👏
This video really helpful to understand the begannier of civil engg
Absolutely. Will be adding some more examples soon.
Thank you, Sir. It was very helpful.
Man always doing so easily.ure the best. Gracias
To the point video 👍👍
The number line system for the direction of force nice one ❤❤❤❤
Thank you so much sir very clear explanation 😊
Welcome dear
Thanku u a lot sir after listening u class I got confident that I can pass the exam
You choose simple prblm but explained concept clearly.
Reason is student don't prefer long video. But i am planning to add some more examples related to this method.
@@Civillearningonline ohh good add more related to method of sections also
Sure
Updated more videos on Engineering Mechanics & material science & thermodynamics excellent explanation we want more videos from you👏👏👏💯💯
Yes.I am working on it.
Super anna very good expand ❤️
Thanks buddy...good explanation
Very helpful video sir... Thankx
Tqq sir i was Help full chala bhaga cheppaaru tqq
Thank you so much brother it is really helpfull for me 🤗
@@Civillearningonline dada fluid mechanics ko ne numerical ko vedio chaiako thaio
@@Prerana2323 hunxa. Soon
Thanks sir i have really understood😊...please make more videos
Ok
I would really appreciate it if you could make a video about how to convert uniformly distributed loading on the truss to point loads.
Simply multiply udl with span it gives point load. And on multiplying the result with half of span it gives moment.
Great job keep up the good work buddy
Good explanation bro....Keep continue
Thanks mate. You have cleared my brain. Thanks a lot bro 😎
Always dear.😎😎🤘
@@Civillearningonline how do I contact you by email?
Currently i am working on INFLUENCE LINE DIAGRAM of Structural Analysis 1. After that i will be adding some more examples on analysis of truss and frame by these Methods ( joint, graphical and section).
@@Civillearningonline I have sent an email.
Yes, i got your email. But i was unable to contact you on telegram. But you can contact me on telegram as well as WhatsApp.
Good video thankyou
From Kenya capital Thank You sir
Lots of love dear.
Tq sir 🙏 for your good explanation
Good 👍
Thank u, very useful
Bro make one video on method of joints with lames theorem
Ok sure . I will
By next month u try to upload 🙏
Can you tell me the name of book in which this question is taken?
Strength of material by RK bansal
Excellent bro
Nice one sir
Thank you very much for this helpful video but i have a question sir
You can email.
Thanku thanku✌️✌️
Upward & towards right side is positive else it is negative. Is it correct?
Yes, force is +ve on upward side and towards right too.Its similar to Graph with 4 quadrants.
thanks alot very good
Good explanation tq sir
Welcome
Sooooopeer explanation
if angle not given then??
Use relation tanX=(p/b).
How to find moment please explain...
You can find moment similar to what we do in SFD and BMD chapter. Taking sum of clockwise moment = sum of anticlockwise moment.
Good 👍👍
Thanks
Thank you sir
Tell sign conventions for compression and tension , +ve for what nd -ve for what
Tension = +ve and compression = -ve.
How to write directly ten
And com
While solving you will get answer as +ve and -ve in each truss member. And after that put term(ten and comp) accordingly.
Bro make one video on moving loads
Influence line diagram for maximum moment on moving UDLruclips.net/video/t2GHc6ovDUQ/видео.html
Super sir
FAC value is 0.29 not -0.58 KN
thanx sir
-denotes comp &+denotes ten sir
It's for representation.
Sir how to know if a truss is candid lever or not ?
It will be supported on one side only other end will be over hanging.
@@Civillearningonline oh OK sir , I got it ....Thank you sir
👏👏👏👏
👍👍👍
Thank you deaar
Speak little loudly
Sure dear.
Good explanation sir Tq
Thanks alot
Truss analysis by method of Section:
ruclips.net/video/2IFKrm3rRG4/видео.html
p
p
Thank you so much for this, it was very hard during classes but you taught it so easily. Really appreciated 👏
This video really helpful to understand the begannier of civil engg
Absolutely. Will be adding some more examples soon.
Thank you, Sir. It was very helpful.
Man always doing so easily.ure the best. Gracias
To the point video 👍👍
The number line system for the direction of force nice one ❤❤❤❤
Thank you so much sir very clear explanation 😊
Welcome dear
Thanku u a lot sir after listening u class I got confident that I can pass the exam
You choose simple prblm but explained concept clearly.
Reason is student don't prefer long video. But i am planning to add some more examples related to this method.
@@Civillearningonline ohh good add more related to method of sections also
Sure
Updated more videos on Engineering Mechanics & material science & thermodynamics excellent explanation we want more videos from you👏👏👏💯💯
Yes.
I am working on it.
Super anna very good expand ❤️
Thanks buddy...good explanation
Very helpful video sir... Thankx
Tqq sir i was Help full chala bhaga cheppaaru tqq
Thank you so much brother it is really helpfull for me 🤗
Welcome dear
@@Civillearningonline dada fluid mechanics ko ne numerical ko vedio chaiako thaio
@@Prerana2323 hunxa. Soon
Thanks sir i have really understood😊...please make more videos
Ok
I would really appreciate it if you could make a video about how to convert uniformly distributed loading on the truss to point loads.
Simply multiply udl with span it gives point load. And on multiplying the result with half of span it gives moment.
Great job keep up the good work buddy
Good explanation bro....Keep continue
Thanks mate. You have cleared my brain. Thanks a lot bro 😎
Always dear.😎😎🤘
@@Civillearningonline how do I contact you by email?
Currently i am working on INFLUENCE LINE DIAGRAM of Structural Analysis 1. After that i will be adding some more examples on analysis of truss and frame by these Methods ( joint, graphical and section).
@@Civillearningonline I have sent an email.
Yes, i got your email. But i was unable to contact you on telegram. But you can contact me on telegram as well as WhatsApp.
Good video thankyou
From Kenya capital Thank You sir
Lots of love dear.
Tq sir 🙏 for your good explanation
Good 👍
Thank u, very useful
Bro make one video on method of joints with lames theorem
Ok sure . I will
By next month u try to upload 🙏
Can you tell me the name of book in which this question is taken?
Strength of material by RK bansal
Excellent bro
Nice one sir
Thank you very much for this helpful video but i have a question sir
You can email.
Thanku thanku✌️✌️
Upward & towards right side is positive else it is negative. Is it correct?
Yes, force is +ve on upward side and towards right too.
Its similar to Graph with 4 quadrants.
thanks alot very good
Good explanation tq sir
Welcome
Sooooopeer explanation
if angle not given then??
Use relation tanX=(p/b).
How to find moment please explain...
You can find moment similar to what we do in SFD and BMD chapter. Taking sum of clockwise moment = sum of anticlockwise moment.
Good 👍👍
Thanks
Thank you sir
Tell sign conventions for compression and tension , +ve for what nd -ve for what
Tension = +ve and compression = -ve.
How to write directly ten
And com
While solving you will get answer as +ve and -ve in each truss member. And after that put term(ten and comp) accordingly.
Bro make one video on moving loads
Influence line diagram for maximum moment on moving UDL
ruclips.net/video/t2GHc6ovDUQ/видео.html
Super sir
FAC value is 0.29 not -0.58 KN
thanx sir
-denotes comp &+denotes ten sir
It's for representation.
Sir how to know if a truss is candid lever or not ?
It will be supported on one side only other end will be over hanging.
@@Civillearningonline oh OK sir , I got it ....Thank you sir
👏👏👏👏
👍👍👍
Thank you deaar
Speak little loudly
Sure dear.
Good explanation sir Tq
Good 👍👍
Thanks alot
Thank you sir