Keys and Its Function - Design of Shafts, Keys and Couplings - Design of Machine

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[@adnanali6981]

Sir your 6 yrs earlier video is helping me today thankyou so much sir for all the efforts you are doing hatsoff and respect to you😇

[@rameshvishwakarma9998]

bahut achha hai....ap mere guru hai ...i'm proud of you....it is very necessary to all studend for guidlines

[@abhisekacharya3423]

Good

[@vinitudas6087]

please make a general video on design of gear box. so that all parameters would come i.e keys shafts gears and all stuff.

[@krishnadas6832]

Your diagrams are neat and easy to understand I appreciate that.Thank you.

[@dcthereal1]

Thanks a lot! I've been trying to find ways to interconnect rotating objects and kept coming across these terms. This was a very concise and helpful explanation.

[@Arvindishwarpandit]

What a great drawing sir ji and overall excellent

[@rishi8919]

Sir Happy teacher's day 🎉🎉🎉🎉🎉

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[@prateekpandey3962]

Key key do you love me?

[@ashvinrathore2232]

No

[@sasmita9011]

Sooooo nice explanation sir.... Thanks alot...

[@prasadmanish2813]

Excellent video Sir

[@skv4751]

GREAT WORK SIR......Thank u so much for such a wonderful videos with authentic concepts.

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[@kalyanking4086]

Excellent vedio because it gives basic information thank you

[@ajaya9541]

Sir your teaching methods are wonderful to understanding , please make a rigid and flange coupling design procedure

[@devganatra9890]

Thank you sir 😄

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[@KaesOner]

A simple yet, informative video! Thanks from Australia!

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[@vikashbharadwaj1542]

Thanks sir it help me a lot to clear my concept

[@chintupathak3912]

thanks a lot sir for the video

[@akshaylokhande05]

clean explanation like it...!!

[@ShortIn30]

Thank you so much sir

[@lovesaxena0024]

Amazing 🙏🙏🙏🙏🙏🙏🙏🙏🙏 explanation

[@gulshankumar-cg6gt]

sir please add some lecture about design of , V belt drive, Pulley chain , couplings and IC engine

[@codamer6933]

Please explain the concept of bearings and classifications & riveted joints & bolted joints

[@suhailchougle7315]

Ty so much....

[@vishalvala4788]

Very good explanation,sir. Thanks for uploading. Keep it up and more videos upload.

[@deepakrawat4997]

Very useful session

[@harshdabhi5033]

Nice explain method

[@irfansuhaimi2082]

Thanks you so much, it really helps me a lot to understand the mechanism :)

[@vatsalparikh633]

Amazzing

[@Ekeeda]

Hello Thank you for your valuable feedback. Complete video lectures of Design of Machine is available 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

[@mayankkumar0716]

Thank you Sir this is very helpful for me

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[@santhoshnaik7225]

U r explanation is very very very good sir...sir ies syllabus is also upload we want to watch sir.....

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[@batman_1st]

Ur awesome, much better than my prof.

[@kiranmg4831]

sir, you told thickness of key should be divided into half-half into hub and shaft. shall we use keys in different ratio? like making less or more depth of key way in shaft and using the key the same thickness what total thickness comes in hub and shaft. if it fails what may be the reason?

[@truptisatapathy1561]

plz upload a video on types of coupling

[@surajkumar-jm3mi]

Nice video sir

[@tahilmohammed7429]

Thank u sir, it was a vry clear explanation for me

[@achirabdirzak8010]

Great

[@tauheedahmad7762]

Sir! If the load is inclined load on the SHAFT at 45°. Then How will it Solve ? Sir, Please make videos on this types of question.

[@vinodkambali1257]

thanks for video, sir complete DOM

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[@madisakrishna7729]

tq u so much sir

[@abdulazeezbanaimah6294]

what do you think of other kind material that we can use for the key to not break?

[@Ekeeda]

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

[@shivamshankhdhar89]

which software you are using??

[@skmraffi]

Can you please explain me how to calculate the size of the key

[@divakarmaurya3331]

loved it

[@divakarmaurya3331]

ty sir

[@srinujarugula3667]

Super

[@vijaygound349]

Key is also use for engaje od disengage part

[@anphan8836]

thanks

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[@rutujyeole7217]

thank you sir

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[@knowledgezone8748]

nice lecture sir thanku

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[@hariananthagiri6838]

Ekeeda sir ty my i know ur name plzz

[@semugazadeo9637]

please help me, A transmission shaft is supported on two bearings 450mm apart. Two pulleys C and D are located on the shaft at distance of 100mm and 300mm respectively to the right of the left hand bearing. Power is transmitted from C and D. The diameter and weight of pulley C are 200mm and 600N and those for D are 300mm and 750N respectively. Ratio of belt tension is 2 for both the pulleys. Power to be transmitted by the shaft is 25KN at 300 rpm. The driver from C is vertically downwards while from D the driver is horizontal. The shaft is of steel allowable shear stress is 47.5N/mm2. Design the shaft and draw all required diagrams

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[@abhiarora4147]

Will the hub rotate with the shaft

[@sarveshtiwari8843]

I think no hub will not rotate

[@thamimbasha4140]

thanks ji

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[@mra8158]

This is sunk key,not a saddle key Sunk key half portion connect with shad and reaming half portion connect with another machine element

[@aneebilyas1561]

Thanks sir , watching from pakistan

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[@chaurasiasanjeet9094]

good explain....

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[@pgseducation915]

Sir merey kuch problems hen wo app solve kardengey?

[@gouttamrout8667]

the weakest member is key

[@tommathewphilip5664]

Is this vtu syllabus?

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[@thepr7102]

👍

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[@ShivamVerma-fo2zq]

Shaft ke key seat ata hai

[@abhishekjoshi5453]

👍👍👍

[@gouttamrout8667]

the material for shaft and key never be same.

[@kajalpanda6558]

Gouttam Rout who said that to uj

[@gman654]

I read that they key and shaft are usually the "same" hardness.

[@danielbrentlegera2229]

keys can be made with the same material as the shaft, and by that, you can relate the keys length based on the shafts diameter considering they have the same torque.

[@knuckles3076]

Terrible design, almost impossible to remove

[@patelsanket3518]

Thanks

[@praveen2887]

good explanation tq

[@VB-bg4mj]

Thanks

[@semugazadeo9637]

thank you