TRUSS BY JOINT METHOD SOLVED PROBLEM 4 IN ENGINEERING MECHANICS IN HINDI

[@sharmajisuccess3492]

What a confident teacher and lecture 👍👍👍 mja aa gya 🙏

[@subhrjtd25]

Waise woh confident hota h 😜

[@sharmajisuccess3492]

@@subhrjtd25 10x for telling.

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Thanks for your lectures 👏👏👏 Although I couldn't get every word,the illustration says it all.

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I could hardly hear you but I got BEST ILLUSTRATIONS EVER FROM ALL LOOKED AT TODAY.NOTE:please include subtitles and thank you.

[@pratyushkumar419]

Concept cleared ...Lots of thanks Sir

[@TIKLESACADEMY]

Thanks for watching

[@born2elitesports]

Great work sir ... Apke jesa koi nhi h mechanics padane wala is TH-cam par😍

[@factstar2477]

❤❤❤❤❤🎉🎉🎉🎉🎉bahut acha teaching karte hai. Very 😍very helpful lectures❤❤❤

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Respect from Nepal ❣️

[@sharanrancho1710]

sir tq sir appka video bhutha acha hai or samjhsakthe

[@MuhammadKhalid-kr9gj]

MashAllah ge. Teaching way is osam

[@siddhidhore9517]

Thanku sir it's clear all my doubts..

[@harshsawant4946]

U have a very bright future 👍🏿👍🏿👍🏿

[@harshsawant4946]

Sir aap bahot Acha teaching karte ho❤️❤️❤️🔥🔥❤️

[@chins379]

Thank you very much sir for your guidance.
Sir, one request to you, please guide us about truss (section method) problems.

[@Pawansir__2495]

Nice helpful वीडियो

[@md.shadmansakibruddro1861]

Thank you sir.From BUET, Bangladesh

[@AmritaKumari-dk5qk]

Sir, your teaching rule is good

[@loddachakrawarthy1637]

I clear my SA exam by learning from u r videos sir

[@dileepkumardm1609]

Thank you sir , from Banglore

[@AArpaan]

You are the best sir ❤️

[@omprakashgupta8116]

Sir, is the truss stable and determinate because value of α =1 which means truss stable but indeterminate. Also sir, the equilibrium of point A is not satisfied. Pls reply sir as soon as possible.

[@hardiksolanki831]

If m + 3 < 2j, there is a deficiency of internal members, and the truss is unstable and will collapse under load.

[@AdityaKumar-fr4be]

Sir, i salute your efforts 🙏🙏🙏

[@Venky3654]

Super sir

[@mayurdharmkare1004]

Manapasun Aabhar 🙏

[@pranavgoit5841]

Wahh sir ji aap bohot axe ho sir ji

[@Lomanneupane]

Valuable ideas sir! Plz sir ,wish you will upload the class of the AFD,SFD and BMD calculation of Beam and frame also. Thank you

[@Wanderer54884]

Sir
From Kerala
Great class, I love it

[@kajalbarale1004]

U are the best sir .... 👍👍👍👍🙂

[@MdSabakareem719]

Sir aap ka consept bahut achha lagta hai

[@bhaswatiborah4345]

Thank you sir it clears my all doubts 🙌

[@riyapal1811]

Thank you 👍

[@bharatraut6640]

❤❤🎉🎉

[@PK-zb4jp]

Thank you so much sir for your help

[@mdmizanurmizanur5810]

Good Job, Sir🥰

[@mohadusmani9246]

Sir me to aapka fan ho gya

[@positivpuls22]

Marvellous ❣️❣️❣️❣️

[@razonsscsolution]

Mashallah

[@shekhargandham5207]

Nice explanation sir,😍

[@realhuman767]

Thanks❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤

[@sudiplangade3844]

Thank You Sir !!!
Please Do Complete Method of Section Also
Please...

[@sudiplangade3844]

Sir please give your WhatsApp number
Want to ask you Doubts ...

[@Anjali-ei1mj]

Sir if we take joint E F eb will be 0 right

[@akshayanilkumar8608]

Thank you sir

[@ranganathkamatar3151]

Super sir 🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏 excellent sir 🔥🔥🔥

[@DKECE7]

Great job sir ji please structural mechanics PURA padha do aaap

[@harshitdixit2365]

very nice

[@devendersingh5024]

Thankyou so much sir ❤️ 😊

[@arifsaikh6833]

Thanks your Varimuch sir

[@gskerbecs9513]

Thanks a lot sir!!!

[@muhammadsail5849]

Thanks sir 👍

[@TIKLESACADEMY]

Thanks for watching.

[@avishekhada4905]

@@TIKLESACADEMY pls upload more videos on joint method

[@ayushraut_07]

JOD 🛐🛐🛐

[@Good-xc7qh]

Thanks

[@abhishekreddy5993]

Thank you sir 🙏

[@farhantahir2653]

Sir thank you so very much 💗❣️☺️

[@anishkhanal3946]

while starting from E force F- eb will be zero .. why sir? alot of students are having same confusion please reply sir.

[@kingstudy1213]

Sir explain zero force members

[@digvijay1428]

Plss upload kinematics too🙌🙌🙌

[@akkalb.mandel120]

thanks a lot for help 🙏🙏

[@aabbbpatel8175]

Som ka kuch lecturer daliye sir ap bahut achha panate hai

[@ramanathpai2527]

Hello SIr,
Thank you for the video.
One small doubt if we solve the support reaction first and try to find the member reaction at joints A and E then Free body diagram will not be in equilibrium
I think support at joint A and E to be reversed

[@SanjayDas-yv8sq]

Thank you

[@ksv9918]

Please make so many videos on trusses and frames

[@siddhidhore9517]

Plz upload the kinematics videos...

[@aqibahmedUtube]

Thanks a lot😘

[@MdSabakareem719]

Thank You So much Sir

[@rhshovan]

THANK YOU SO MUCH............
12/05/2022

[@ashamach]

Thankyou sir

[@vishnuburra2925]

Thank you sir 😍😍

[@TIKLESACADEMY]

Thanks for watching .

[@srn_0958]

@TIKLE'S ACADEMY sir how do we know when to solve with support reactions or not in a problem

[@ShubhamYadav-xe1sv]

Thanku sir

[@rajrajesh2562]

Hum kese Jane ki idhr support reaction chahiye hoga or idhar Nehi chahiye humko kese pata lagega

[@janhvinarayan1633]

sir mene aapke truss ke isse pehle ke saare videos dekhliye, par yeh kese pata chalta hain ki kahan support reaction nikalna padega aur kahan nahi 🤔

[@brutalop3371]

Bhai support reaction tab nikalna jab koi bhi joint pe 2 se jyada unknown ho

[@RohitKumar-ec6no]

sir, thank

[@sazidabinteislam5486]

Sir Can you please solve a math on frame?

[@mmshahriar5484]

Sir, in E point it doesnt satisfy equilibrium in y direction

[@shouryar.dwivedi6496]

Sir FBD of joint B..... submission of y is not correct sir I think cos it is not coming 84.85.....instead it's 85.7 pls someone confirm

[@akashpatra594]

Is it a perfect truss???

[@swati80ful]

Why not apply lami theorem to joint C ?? As we had 2 unknown forces and all angles available

[@Sumit-vi2nx]

Sir moment of inertia Full chepter kab ayega and you teach us good sir

[@TIKLESACADEMY]

Thanks for watching....& Please wait.... More videos will come soon... Please keep in touch

[@aabbbpatel8175]

@@TIKLESACADEMY sir puri video a gayi hai is lesson ki

[@ProGamer-fx2gn]

Alert ⚠️⚠️⚠️⚠️⚠️
Force in BC would be +20 kN sir

[@senpaidawwwggg]

Sir ye to process hi galat h poora , as this is an indeterminat truss form
wrong answer

[@CLHINDIA]

2nd and 3rd wala bhi

[@suresh..choudhary860]

👍

[@TIKLESACADEMY]

Thanks for watching.

[@rishabh1971988]

sir why we take R(av) in upward direction not in downward direction

[@salmankhan-fy6on]

sir do some axial force sfd bmd examples plz with little bit hard examples

[@harshitdixit2365]

Sir please find the value of force in BE by taking joint E

[@abhimanyusinghrathore3448]

0 ( i think)

[@debayonmallik1594]

Yes but why?? Different answer coming?

[@yodhha4650]

Guys did he made a small mistake on join D while solving the verticals force
FDB ?

[@brtcsl]

🥴

[@SandiipAcharya]

Who is watching to this video at 2021

[@TIKLESACADEMY]

Thanks for watching.

[@crapyzoneislive8031]

Is this cantilever truss?

[@MdSabakareem719]

Sir Agar aap Fluid Mechanics padha dete to achcha hota

[@jitinsingh6994]

Rav or rah ki value Kya hai please tell me sir

[@priyankarathod539]

Hello sir. 4.3 experience madhala truss cha problem cha video Nahi ka

[@sudiplangade3844]

Please provide full notes of topic in PDF format , So that we can get whole concept

[@sudiplangade3844]

Sir please give your WhatsApp number
Want to ask you doubts ???

[@sudiplangade3844]

📞

[@TIKLESACADEMY]

Yes definitely.... Please wait some days.

[@TIKLESACADEMY]

My all contacts are available on my TH-cam channel in ABOUT SECTION.

[@TIKLESACADEMY]

Thanks for watching.

[@MahammadAsifShaik-c8z]

chalo manit valon attendance do 😜😲🔥

[@sunilsharma2656]

Sir one question he aap solve kardo plz

[@shyammanchhani6667]

Feb must be 0 na , to balance the vertical force on point E

[@ankitatripathi986]

And also it is a zero force member

[@hardiksolanki831]

No it is not a zero force member.

[@mmshahriar5484]

Yes brother if we find the support reaction first than Feb becomes 0

[@mukundsai5391]

Sir can we start the process from joint A sir

[@TIKLESACADEMY]

I already told in the video that, if you want to start from joint A then you must have to find the support reaction first... then and then only you can start from joint and if you don't want to find support reactions then start from joint C... as I done.
&
Thanks for watching

[@mukundsai5391]

@@TIKLESACADEMY
Thanks a lot for clarifying my doubt sir

[@saurav302]

By section method v plzz

[@TIKLESACADEMY]

Please wait.... Section method will come soon.... Please keep in touch

[@saurav302]

@@TIKLESACADEMY ok sir ..Please complete mechanics series first ..So that we can complete particular topic first .

[@ranbirpalsingh2245]

Sir E point par equilibrium kaise hoga pls sir

[@rishabh523]

now trauss problems are cakewalk for me
Itne Achche se kon samjhaata hai yrr

[@AmitKumarChoure]

Chalo dhsgu bale attendance do

[@ajitsah9608]

How it is possible,fcd =fdc

[@ritikkumar739]

Bina support reaction ke ans me koi v change nahi na hoga

[@kareenabhaskar7300]

sir ak tayal k questions solve krwaiye na