Strength of Materials | Module 2 | Numericals on Mohr's Circle | (Lecture 27)

Subject - Strength of Materials
Topic - Module 3 | Numericals on Mohr's Circle | (Lecture 27)
Faculty - Venugopal Sharma Sir
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[@ps-lw1tp]

Sir aap free me itni depth me padha rahe ho. great sir
App un students k liye hero ho jo private coaching afford nahi kar sakte compititive exam k liye. thank you

[@sarthakroy5292]

And the good thing is he never completes the playlist
go and but the package

[@Iam_gyaani]

Really sir, after taking the classes of teachers like you. I must said teaching is an art and definitely you're an artist sir

[@gg-insane1971]

Everything should be clear because of uh sir...

[@ghousebabu9270]

Sir please continue daily lectures of som sir don't give gap sir..

[@VIKASHKUMAR-jk4nq]

Your teaching method is too excellent . I learnet a lot of think from here, atfer taking your class i would solve so many problems like previous years gate problem, semester problem and competitive question.

[@shashank_rajak]

There are 11 modules and this is module 3. Sir, please continue the course and complete all the modules.

[@ajaypatel7966]

Sir apake lecturer se garib students bina coaching centre ke achche preparation sahi time se kar sakate hai thanks sir

[@protikhonchakma707]

Tq sir .it is very helpful for today my exam at 9 O'clock

[@SouvikCivil]

Thank you sir..
Shortly & perfectly explained the concept
This is 10 times better than our teacher

[@adarshsharmanit356]

Your video Lectures are just awesome . ( your singing and guitar skills too @chana mereya and @jitni dafa )

[@RahulKumar-db6rp]

Thanks for great effort sir and
For free lecture👍 it really helpful

[@arunpal4481]

Sir please upload daily video because i depend on you

[@SANDIPKUMAR-vr1os]

I am waiting for your lecture sir

[@vickysgaming4891]

Sir i've a problem with both the method
In book, there is oblique angle taken as negative in clockwise direction .....and possitive in anticlockwise direction
If i'll take my concept then there will be different ans in analytical method ( in shear stress formula )

[@ScienceHelper1995]

Sir plz upload next videos as soon as possible...

[@ravipratapsingh6997]

Best lectures ever i have seen.....thnku v much sir....we wish that we keep getting support from you

[@poetrylinkage9447]

Sir aapne jab principal plane ke angle find kiye tab clockwise angle measure kare or jab shear plane ke angle measure kiye to anti clockwise to sir issse galat nhi hoga kya hamara solution sir please clear it

[@akshayraghuwanshi1370]

Sir TOM is very hard to make concepts... please start the subject as soon as possible..thank you..u r the best teacher

[@HARISHKUMAR-dk7dp]

Awesome teaching sir... 😍😍

[@GauravKumar-ew1ec]

Thank you so much sir, u cleared my concept.

[@devanshmishra1249]

sir aapne max shear stress ke liye reference plane se anticlockwise angle liya aur principal plane ke liye clockwise liya . please explain?

[@Yogendrakumar-gp5hs]

Jo clockwise liya hai use positive lenge aur jo anticlockwise liya hai use negative me likhenge

[@dhruvsrivastava3116]

Ek number explanation

[@pramodkora3854]

You r the best for teaching

[@foodiechef-prantika8242]

It was great Sir.It cleared all the doubts.Please continue your work.

[@AmanSingh-fl2wx]

And thanks for this video

[@muhammadrahil9079]

Best method of Mohr ⭕ circles sr ❤❤ thank you sir ❤❤

[@shriganeshayenamah3422]

THANKS A LOT SIR JI🙏🙏🙏🚩🚩🚩

[@odetomykitten]

If the origin is inside the mohrs circle, will the obliquity then be 2x or just 1x, since it will be inside the mohrs circle?

[@insanegamerfeast2873]

Nah inside mohr circle means all angle inside the circle we made outside the circle like angle on obliquuty which is on the co ordinance axis so it's not 2 beta

[@kshitijverma25]

obliquity 1x rahega, vo cordinate axis ka center hai, mohr circle ka nahi

[@diptadeepsamanta8001]

Sir plz complete the lecture series...as per your syllabus there are 14 modules and we haven't yet started 3rd module

[@keshettisaikrishna4032]

Deep gratitude... 🙏🙏🙏🙏🙏🙏🙏

[@TheVaniVision]

Thanks sir 🙏🙏🙏🙏🙏

[@prasantkumargautam2888]

Beautiful knowledge sir and love you sir ❤🙏❤🙏❤🙏sir apki class hme bahut acha lga thank you so much sir ❤🙏❤🙏and best teacher ❤

[@vp-ki5pm]

Thank s sir for all of this

[@ScholarStream_25]

Wow man 💥

[@jaiprakashkumar5667]

Thanks 🙏 a lot ,sir
Your videos are very helpful to me..
Please continue to uploading your videos..

[@Godda_jharkhand01]

You are my favourite teacher

[@mangeshsodnar8426]

Excellent explanation sir...... Just too good

[@sounakray1099]

U r far better than our M.O.S Madam

[@updeshpatel8902]

I m watching fluid lecture sir & very useful competition exam
Thanks sir

[@RahulSharma-cm3ct]

These are more for university less for gate

[@updeshpatel8902]

@@RahulSharma-cm3ct So what should we do?

[@RahulSharma-cm3ct]

@@updeshpatel8902 maybe request for gate related material rather this college material

[@updeshpatel8902]

@@RahulSharma-cm3ct okay sir☺

[@sumitrana4875]

Gajab ho sir aap 🙌👌 👌 👌🔥 🔥

[@RajuKumar-dt7px]

Super sir...., teaching style is very very nice......

[@yashok248]

Thank you sir....now am clarity about moh circle

[@kambudharnayak2329]

Excellent concept sir . thank you so much sir

[@PrinceKumar-ix9tu]

Sir, in case of finding the the location of maximum shear stress in mohr's circle you choosen wrong refrence plane please correct it

[@Sadegudavale]

sir, thanks for that all videos.

[@cookingwithshravan2356]

Thanks sir, very nice explanation

[@tojonyori7451]

Oh! Sir good to see you... n thanks for this video n I request you complete all the module...😊

[@solamki462]

Sir plz open channel ko continue kriye plz sir

[@rajangupta680]

Good morning Sir please upload further videos we are dependant on you . Thank you

[@ScrollTheWorld-99]

Sir Refrence plane will be always at maximum normal stress?

[@rankersclasses4434]

Sir aap padhate bahut badhiya h ...

[@faqruddinpatel8851]

sir mohr circle se angle kaise lena hae is video me aapne clearly bataya to hae par kaafi confusing hae plz is doubt ko clear karde

[@ruraldevelopment8141]

Really very nice sir ji

[@Ankitc7]

Helpful video

[@ajaldeepgill4494]

Thank u sir 👍

[@chandanborthakur2273]

sir, will the obliquity be negative 27 degree in this case , as it is measured ACW. ?

[@ramnarayan5711]

Obliquity is positive

[@areUenthusiastic]

Thanku so much sir

[@269akhilmishra3]

Well explained thanks a lot sir

[@akshayraghuwanshi1370]

Awesome.. thanks sir

[@pabitrajatta3978]

These tricks can apply with gate questions?

[@amittogre3459]

Very helpful video sir..

[@yzv6133]

Sirr u are great

[@djcompitition709]

Thank you so much sir u teach outstanding 🔥

[@shaikhramiz5089]

Thnx for upload pls upload all 12 module in short time so we praper as possible as soon...pls upload all module

[@snjaykawade965]

Sir plz make video on pressure vessel

[@chitrasharma3742]

Sir ye kaise pata chalega ki compressive hai ya fir nhi ?

[@prafulkumarmandal5771]

sir a shamajhme aaya lekin. esa q. me
Q. Direct stress of 207 N/mm2 and 109N/mm2 , tensile & compressions respectively exist on two perpendicular planes at a certain point in a body . They are Accompanied by shear stress on planes. The greatest principal stress at the point due to these is 207 N/mm2.
Find: a) Magnitude of the shearing stress on two planes
b) Maximum shearing stress at the point. Please solve and send solve vedio

[@barshamohanta7024]

Pls complete all modules

[@shashankgupta9034]

It's normal and shear stress

[@MantuKumar-oj1en]

Very good sir

[@tirthmore9365]

Exam mein handse draw karte hai kuch 1 do 2 mm aage piche ho gaya to chalta hai kya ?

[@RahulSharma-cm3ct]

Questions on analytical methods too based on GATE not on university please....

[@theeasiestwaytolearn9091]

sir please upload shear stress and bending movement diagram videos

[@50mohinideshmukh51]

Sir if we given only one tensile stress and shear stress then how to draw mohrs circle

[@vaishnavibahale980]

Sir 2 tithaP2 anticlockwise kyu nahi measure kiya ??

[@santoshsahu68]

Sir why considered to angle is -30?

[@chandandesai4887]

Sir if angle is not given then how to solve please share your knowledge regarding this topic as soon as possible
Question is from May 2018 mechanical engineering pune university please solve this question asa soon as possible

[@Mungerfurniture]

thanku sir

[@sawanchakraborty8596]

Sir angle k bad cw or acw likhna hai toh ??

[@ramsanehithripathi6782]

Sir sfd or bmd ke lectures bhi banao

[@bablidevi2801]

Agr hmare pass angle ni diya ho question m too hum kon sa angle assume rhee??

[@chinthamsaisuman5402]

Sir app pure shear stress in case of biaxial state of stress ke bareme padayiye....

[@miltondeon1031]

how to select referencecplane .
Always u were selecting side of the component. but in this prblm u selected midle as reference plane

[@shrawanshah6718]

Sir please complete all modules of som

[@billionx3165]

thnk u sir but 180+45=225 "-""-"

[@ScrollTheWorld-99]

can we take virtcle plans as refrence plane If vertical plane is performed 50Mpa ??

[@sarodenitesh1182]

Sir please continue lectures daily

[@akgupta4362]

Left me stress ka answer to minus aayega na?

[@sumansaurav4008]

In case sigma x tesile h
Sigma y comoressive h
Aur shear stress 0 h
Iska mohr circle kaise bnega?

[@deepchandbishnoi7619]

Sir ydi oblique plane ka angel 45 degrees diya ho to mohar's circle banana possible h kya. Please answer Sir. Please please please please please please please please please please please sir.

[@ps-lw1tp]

Please continue remaining module

[@darshankumartv1307]

Love 💘from karnataka tqsmch

[@sankarpradhan9155]

Sir thermodynamics ka 2 last module khatam pahle kar dijiye... Phir Som continue kariyega. Please sir.

[@mohamadmuzamil1830]

Sir please upload remaining Modulus...Sir please

[@vikasmeena7728]

Ghakas sir

[@gumnam_engg]

Sir ji gate/ese ke mohr circle based numerical ka koi vedio upload karo

[@vikasverma6502]

Sir aap ney PHAI (location of maximum shear stress ) ko anticlock wice kyo liya . plz explain sir.

[@samitavaroy6813]

Doesnt matter bro
There are two maximum shear stress values(planes) so one is clockwise with respect to point C another is anticlockwise with respect to point C

[@MkDigitalAgency]

Critical shear stress Kishe karte hai sir

[@AmanSingh-fl2wx]

sir video no 16 and 27 apne nhi dala hai