Maximum Shear Stress Theory - Theories of Elastic Failure - Strength of Materials
ฝัง
- เผยแพร่เมื่อ 10 ก.ย. 2024
- Subject - Strength of Materials
Video Name - Maximum Shear Stress Theory
Chapter - Theories of Elastic Failure
Faculty - Prof. Zafar Shaikh
Watch the video lecture on Topic Maximum Shear Stress Theory of Subject Strength of Materials by Professor Zafar Shaikh. Watch the Complete lecture on Engineering Academics with Ekeeda.
Welcome to Ekeeda Academic Subscription, your one-stop solution for Engineering Academic preparation.
We will cover the entire syllabus, strategy, updates, and notifications which will help you to crack the Engineering Academic exams.
👉 Download Ekeeda Application & 1000 StudyCoins. Redeem StudyCoins to Subscribe a Course or Free Trial of Package.
✤ Download the Ekeeda - Learning App for Engineering Courses App here:
➤ Android: play.google.co...
➤ iOS: apps.apple.com...
Access the Complete Playlist of Subject Strength of Materials - • Strength of Materials ...
✤ For More Such Classes Get Subscription Advantage:
👉 Strength of Materials (Civil Engineering): ekeeda.com/deg...
👉 Civil Engineering: ekeeda.com/deg...
👉 Strength of Materials (Mechanical Engineering): ekeeda.com/deg...
👉 Mechanical Engineering: ekeeda.com/deg...
👉 Explore our Courses - ekeeda.com/cat...
Like us on Facebook: / ekeeda
Follow us on Instagram: / ekeeda_official
Follow us on Twitter: / ekeeda_official
Follow us on LinkedIn: / ekeeda.com
Visit Our Website: ekeeda.com/
Subscribe to Ekeeda Channel to access more videos: www.youtube.co...
Happy Learning.
Hello Friends
Watch complete video series of subject Strength of Materials only on Ekeeda Application.
Download Ekeeda application to get 1000 Studycoins and use it to access free courses.
Steps to follow:-
1. Download Ekeeda application from the link given below.
2. Sign up or Log in to your account.
3. You will get 1000 Studycoins worth Rs 1000.
4. Add the courses to your cart.
5. Select Study coins option to get free access.
Android App : play.google.com/store/apps/details/?id=student.ekeeda.com.ekeeda_student
iOS App : apps.apple.com/in/app/ekeeda/id1442131224
To Get Full Course Of Strength Of Materials, Click ekeeda.com/chapterlist/Mumbai-University/Mechanical-Engineering/Strength-of-Materials/1
It shouldn't be below point D , it should be below point c bcuz we don't even want the material to yield
dear sir for ductile material yield point stress should be taken and not UTS. there is a confusion. for brittle no problem.
Kindly download the Ekeeda Learning App ekeeda.com/download.html & ask your doubts. Our experts help you to resolve queries on chat.
Super easy to understand your video, thank you!
Shawn Rosselet You are most welcome. Stay tuned with ekeeda channel for more videos.
Shawn Rosselet we request you to share our work with your friends and family.
BECAUSE YOUR LOVE GIVES US POWER TO PRODUCE MORE AND MORE GOOD CONTENT TO SPREAD THE QUALITY FREE EDUCATION.
You can Subscribe by clicking on below link
th-cam.com/users/ekeeda
Shawn Rosselet you can Help Us to Improve our Service.
#Shawn Rosselet #Ekeeda #YourVirtualTeacher #LoveEducaion #OnlineLectures
For more Educational Information Visit
ekeeda.com
You can also provide us Financial Help to continue this good work
www.patreon.com/ekeeda
Wrong statement. Yield point is not ultimate point
Bhai agr component me permanent deformation aa gya to Bhi vo kam Ke layk ni bachega
@@yourseeker3930 not the point
Yes it is not but as an engineers we dont want the materials to have a permanent deformation.
Sir few people r complaining about the errors in ur video ?? I'm confused what's right or wrong
Thank u very much sir 👏👏👏👏
at least you should know where to put those recomadation videos before the video ends
with due respect sir, what you are teaching is wrong.
the diagram which you have drawn is stress strain diagram for tensile loading (even though same diagram is for shear loading but then you should have mentioned the max stress as shear stress and not tensile strength). Also you are saying that max stress should not exceed max shear strength value, and you have applied tensile stress ( from diagram). you should explain that in tensile loading shear stress occurs on principle planes and thus it fails by shear.
There must be 2 corrections as pointed out by others.
Plz make corrections and don't teach wrong concept.
Thanks
why did we choose stress and strain curve for mild steel why not for other grades of steel for the theories of faiure
Dear Sai Charan,
To get answer of this question you have to become our member.
To become a click here ekeeda.com/chapterlist/Mumbai-University/Mechanical-Engineering/Strength-of-Materials/1
For more information Contact us on 9821842103
Sir, pls add the following units
spring
mohr circule
bending...
Normal stress theoritical please
This is according to Tresca's theory. This is not true for Von Mises maximum shear stress which is more accurate.
Sar plz hindi me bhi explene kiya kigeye
one question sir,
why do ductile materials are more prone to fail under shear loading and brittle fail under tensile loading?
Dear Aryan rajput,
To get answer of this question you have to become our member.
To become a click here ekeeda.com/chapterlist/Mumbai-University/Mechanical-Engineering/Strength-of-Materials/1
For more information Contact us on 9821842103
Because ductile material have more tensile strain before failure than brittle materials
Exactly
no sound??
It kind of you to bring to our notice the glitches that you experienced while watching our video. We shall change it soon for better efficiency of users.
why this theory is only used for ductile materials?
Vivek Savaliya Because Brittle material doesn’t have yielding point
Detail me samjao
this is wrong. please don't teach wrong things.
Stop the you tube channel because your some of your videos are private then why are you wasting your time in you tube just close it
We have kept few videos open on TH-cam so that students should understand teaching pattern of our faculties, Subject depth, and format of e-learning. If we keep all videos open on TH-cam then it will be very difficult for us to produce more videos in TH-cam generated revenue. Hence we are giving the subscription to users who want to access all videos without ads. We have provided full access to videos in a minimum amount. These videos are available on our website www.ekeeda.com We hope you understood our concern and would appreciate our work by purchasing Subscription. Visit - ekeeda.com We have kept few videos open on TH-cam so that students should understand teaching pattern of our faculties, Subject depth, and format of e-learning. If we keep all videos open on TH-cam then it will be very difficult for us to produce more videos in TH-cam generated revenue. Hence we are giving the subscription to users who want to access all videos without ads. We have provided full access to videos in a minimum amount. These videos are available on our website www.ekeeda.com We hope you understood our concern and would appreciate our work by purchasing Subscription. Visit - ekeeda.com
totally wrong
Worng h
Bsdk sound thik kar phle