Three hinged arch | Three hinged arches structural Analysis

This video is three hinged arch example 2.
For three hinged parabolic arch example 1 check out the following link
• Three hinged arch | 3 ...
Three hinged circular Arch:
• Three Hinged Circular ...
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Conjugate beam method in Hindi:
• Conjugate beam method ...
STIFFNESS MATRIX METHOD
• Matrix Method-Stiffnes...
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[@suyashsalvi6558]

The formula of equation of arch is y=(4hx)×(L-x) ÷L² not L

[@vikasverma8668]

thanks

[@-Kaif-oz3wp]

Yes

[@fayazsd3473]

Yes you are right

[@lilyff5989]

Yep

[@KRA805]

came to comment section and found this immediately TY sir !

[@monst3rbuddy985]

Formula is 4h/L²(Lx-x²)

[@duranthamvlogs7117]

the equation u mentioned for finding y is wrong. in the denominator, it is "L square", u wrote only "L". correct equaion is y=[(4*h*x)/L square]*(L-x)

[@Cassiusclay_11]

Aaj mera exam hai or aaj video dekh rahe

[@Aaraav_op]

positive is taken for sagging and negative for hogging .

[@tarhnyanya2526]

tomorrow i have structures paper thanks to this may god bless me

[@Civillearningonline]

You will find the whole playlist on structure analysis.

[@Civillearningonline]

Please share with your friends too.

[@rathaq99]

Y= 4hx(l-x)÷ l²

[@onlyforarmy2123]

Is it Arch equation?

[@natnaelbekele4057]

Save my day.

[@amostowettboarnage6299]

👍

[@vamshiithaboina8044]

Hello sir ji at 17:12 you take Hb negetive ok then Why you took -Ha in finding moment at D need clarity...!

[@vishwajeetsharma9172]

Y=4hx/L^2(L-x) hota h na

[@Civillearningonline]

Yes. You are correct.

[@brysonpatrick9209]

a trick : watch movies at Flixzone. Me and my gf have been using it for watching a lot of movies recently.

[@caseleonard5710]

@Bryson Patrick Definitely, have been using flixzone for since november myself =)

[@arthurbronson1038]

@Bryson Patrick definitely, have been watching on flixzone for years myself :)

[@simonbanda1907]

What?

[@PrashantYadav-up7qp]

Need your help, sir. hope you will consider this. A symmetrical three hinged parabolic arch has a span of 16m and a central rise of 4m it carries a point load of 16KN at 4m from the left hinge, the horizontal reaction at the right hinge support is .....KN?

[@Civillearningonline]

Dear, The problem based on three hinged is solved similar to a simply supported beam. I am providing you a link watch it and then try to solve your question. And still you are unable to solve then let me know i will help you. But first try to solve it by yourself.

[@Civillearningonline]

kzbin.info/www/bejne/apmynpSArLWkoM0

[@chandupunnana1737]

Tqq sir very nice explanation 👌

[@Jaswindersingh-pp4cs]

Bai conjugate beam method da numerical krdo Simply supported beam Rk Bansal book cho

[@Civillearningonline]

Ha bhai aaj karta hu

[@Jaswindersingh-pp4cs]

Hindi mai samajhe ga

[@Civillearningonline]

Ok hindi me rahega. Done

[@thewonder022]

Formula for radial sher is , Q= vcostheta - h sintheta

[@foibeenkali8965]

Why is Shear negative, when drawing SFD? I don't understand that.

[@experiencetheinfinity]

18.03 at this time u wrote x/4 but it is 5x

[@LukyamuziIanPatrick]

he used a wrong formula but got a correct answer....y=4hx{L-x}/L squared

[@ronaakhalder7631]

Sir plz rectify the formula of parabola

[@Johanislive15]

hindi bola kro

[@samanthkumarpajjuri6929]

You are explaining well but its better to explain clearly, like you are not posting numerous problems on this topic just 1 or 2 thats it. So in each and every step its better to teach from roots.

[@Civillearningonline]

Ok

[@shuklajivlogs9459]

sir aap kuch bhi likh te ho kam se value to puri likha kro

[@Civillearningonline]

Ok

[@narzarysisters6310]

Sir i need help

[@narzarysisters6310]

Please solve this problems (Q)A three hinged symmetric circular arch has a span of 36m and a rise of 6m. Determine the bending moment,normal thrust and radial shear at 9m From the left support,if the arch is subjected of a uniformly distributed load of intensity 30KN/m over the left half portion and a concentrated load of 60KN at 27m from the left springing.

[@Civillearningonline]

Ok

[@narzarysisters6310]

Thank you sir

[@Civillearningonline]

I will provide you solution tomorrow.

[@narzarysisters6310]

Ok sir

[@rohitirkal4930]

Bhai aap plz Hindi mai he padao..apki English samaj nahi aati😢

[@Civillearningonline]

Ok

[@Jaswindersingh-pp4cs]

Hindi mai

[@Civillearningonline]

kzbin.info/www/bejne/oJuWeIGDZ9KDhs0 Bhai ye raha aap k liye conjugate beam method hindi me.

[@anandkumarmaurya8709]

Thanks

[@ashiquerahman564]

🥺💔

[@atozmedia380]

could you solve some numerical problems for my exam?

[@Civillearningonline]

When??

[@atozmedia380]

@@Civillearningonline sir I am waiting for your reply on email