What are Types of failure of Keys - Design of Shafts, Keys and Couplings - Design of Machine

Subject - Design of Machine
Video Name - What are Types of failure of Keys
Chapter - Design of Shafts, Keys and Couplings
Faculty - Prof. Zafar Shaikh
Upskill and get Placements with Ekeeda Career Tracks
Data Science - ekeeda.com/career-track/data-...
Software Development Engineer - ekeeda.com/career-track/softw...
Embedded & IoT Engineer - ekeeda.com/career-track/embed...
Get FREE Trial for GATE 2023 Exam with Ekeeda GATE - 20000+ Lectures & Notes, strategy, updates, and notifications which will help you to crack your GATE exam.
ekeeda.com/catalog/competitiv...
Coupon Code - EKGATE
Get Free Notes of All Engineering Subjects & Technology
ekeeda.com/digital-library
Access the Complete Playlist of Subject DOM -
• Design of Machine (DOM...
Social Links:
/ ekeeda_official
/ ekeeda.com
Happy Learning!
#whatiswhataretypesoffailureofkeys
#dom

[@brianvuyiya17]

I'm an Aeronautical engineering student in Kenya and this video really helped my design of machines course

[@jacobraji2442]

guys please consider supporting these guys on Patreon. They are doing a very good job in helping all of us. Thanks!

[@missaakankshaupadhye4667]

Sir while considering torque "d" is diameter of shaft ..yes or no

[@aparnajana4923]

yes

[@pruthvitejarangu3659]

excellent lectur sir.....v became fan and v rqst dt upload more problems on design of keys

[@SandeepKumar-np1mi]

Thanks you sir your teaching are simple language so easy...

[@hanirajjaiswal661]

Excellent sir....very easy to lern

[@sannybasilio6101]

Your videos helps me a lot about machine design. I would like to request if you can post a sample video on how to calculate the different loads of a simply supported beam with uniformly distributed load. Also a video on how to calculate the difference between a welded plate against a bolted plates. Steel plate is 250MPA, 6mm thick, 6mm full weld to carry a load of 2.4KN. Thanks

[@batman_1st]

Thanks for the explanation.

[@vijayraghav9389]

Sir your drawings are awesome

[@Ekeeda]

Dear Vijay Raghav,
Thank you very much.
We request you to share our work with your College friends and family because your Love gives us the power to produce more and more good content to spread the quality education.
You can Subscribe by clicking on below link
th-cam.com/users/ekeeda
#Vijay Raghav #Ekeeda #OnlineVideoLectures #EkeedaOnlineLectures #EkeedaVideoLectures #EkeedaVideoTutorial
You can follow and Like us on following social media.
Website - ekeeda.com
Facebook - facebook.com/ekeeda
Twitter - twitter.com/Ekeeda_Video
LinkedIn- www.linkedin.com/company-beta/13222723/
Instgram - instagram.com/ekeeda_/
Pinterest - in.pinterest.com/ekeedavideo
Below is the link to provide Google Reviews and ratings about Ekeeda
www.google.com/search?q=Ekeeda&ludocid=0x3be7cef39a0bcb1f:0x695389d0b57989f4
You can reach us on [e-mail]
Happy Learning : )

[@Qashqariancollections]

thank you sir

[@pruthvitejarangu3659]

excellent lectur sir.....v became fan and v rqst dt upload more problems on design of keys

[@Ekeeda]

We recorded your response. We will get back to you shortly.

[@sksen89]

Sir you are teaching excellent. And clear the concept

[@kakarapallidivyateja1749]

Thanks for the explination

[@Ekeeda]

Dear kakarapalli divyateja17,
You are welcome!
Kindly give us your worthy reviews as it will enable us to create more enriching videos in future and that will fulfill the educational needs of all.
Click on the following link and then on WRITE REVIEW to record your experience with Ekeeda.
www.google.com/search?q=Ekeeda&ludocid=0x3be7cef39a0bcb1f:0x695389d0b57989f4
You can Subscribe by clicking on below link
th-cam.com/users/ekeeda
#kakarapalli divyateja17 #Ekeeda #OnlineVideoLectures #EkeedaOnlineLectures #EkeedaVideoLectures #EkeedaVideoTutorial
You can follow and Like us on following social media.
Website - ekeeda.com
Facebook - facebook.com/ekeeda
Twitter - twitter.com/Ekeeda_Video
LinkedIn- www.linkedin.com/company-beta/13222723/
Instgram - instagram.com/ekeeda_/
Pinterest - in.pinterest.com/ekeedavideo
You can reach us on [e-mail]
Happy Learning : )

[@9988666518sajan]

hello sir
ur lect. r very import. nd useful for all
sir bt apne problem nhi upload ki hai key or coupling pe please ap provide kr skte ho

[@vikramraghunath4484]

crushing force diagram is wrong. generally we give clearence fit (over key dimensions in shaft wil be less by 0.4 to 1mm to hub key way dimension)
key undergo compression

[@kslats916]

I got lost her as well. Typically there is a clearance in the keyway in this direction.

[@Mustansir-Hashmi]

can these both equation used for both square & rectangular keys...

[@ilyasibrahim5005]

nice tut

[@Ekeeda]

IL-YAS Ibrahim Thank You. Stay tuned with ekeeda channel for more videos.
IL-YAS Ibrahim 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
IL-YAS Ibrahim you can Help Us to Improve our Service.
#IL-YAS Ibrahim #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

[@SR05001]

sir we have only two failures of key..????

[@sagnikmukherjee6820]

why tangential force is considered for crushing failure ?

[@Ekeeda]

Sagnik mukherjee We recorded your response. We will Come back to you shortly.
Stay tuned with ekeeda channel for more videos.
Sagnik mukherjee 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
Sagnik mukherjee you can Help Us to Improve our Service.
#Sagnik mukherjee #Ekeeda #YourVirtualTeacher #LoveEducaion #OnlineLectures
For more Educational Information or to Ask Question to #SubjectExpert
Visit
ekeeda.com
You can also provide us Financial Help to continue this good work
www.patreon.com/ekeeda

[@davidgomez0]

i think its meant normal force

[@BanValsimot]

Tangential force can cut a shaft key into the two pieces if it's shear surface in not big enough.
But the same force can also crush the key from it's side if a side surface is not big enough.
Since half of the key is outside the shaft where crushing occurs half of the thickness is used.
It has nothing to do with the weight of the hub!

[@sumitbanerjee7429]

its not correct for crushing failure....ok...why should I take tangential force at crushing failure....dimak thik nahi hain keya.....

[@prakashshantienterprises3734]

hello sir aapki mobile number kaya h

[@shreekantvaidya4728]

This guy just speaks textual language and makes no effort of explaning the actual concept. I doubt if even he knows what he is teaching. Just using different coloured sketchpens isnt helping, u need to actually make the content comprehendible. Dont waste ur time writing stupid things. Rather u should try to focus on your explanation. Their was no different explanation for crushing in this video other than textual context. Was hoping for that.
Hope you take my feedback in a positive way and improve your teaching if u are really are interested in teaching rather than acquiring viewers.