Hello Friends Watch complete video series of subject Design of Machine 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
Pranil Pawar You are most welcome. Stay tuned with ekeeda channel for more videos. You can Subscribe by clicking on below link th-cam.com/users/ekeeda Pranil Pawar you can Help Us to Improve our Service. #Pranil Pawar #Ekeeda #YourVirtualTeacher #LoveEducaion #OnlineLectures For more Educational Information Visit ekeeda.com
A transmission shaft is supported on two bearings which are 1m apart. Power is supplied to the shaft by means of a flexible coupling, which is located to the left of left hand bearing. Power is transmitted from the shaft by means of a belt pulley, 250 mm diameter, which is located at a distance of 300 mm from the left hand bearing. The mass of the pulley is 20 kg and the ratio of belt tension on tight and slack sides is 2:1. The belt tensions act vertically downward. The shaft is made of steel with yield stress 300N/mm2 and the factor of safety is 3. Determine the shaft diameter, if it transmits 10 kW power at 360 rpm from the coupling to the pulley.
Hello Thank you for your valuable feedback. Please download Ekeeda Application to access more videos.We are providing one month free access to our app. Steps to follow :- 1. Download the application from the link given below. 2. Sign up or Log in to your account. 3. Add the courses to your cart. 4. Apply the Coupon code AICTE 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
Rohan Chowdhary You are most welcome. Stay tuned with ekeeda channel for more videos. You can Subscribe by clicking on below link th-cam.com/users/ekeeda Rohan Chowdhary you can Help Us to Improve our Service. #Rohan Chowdhary #Ekeeda #YourVirtualTeacher #LoveEducaion #OnlineLectures For more Educational Information Visit ekeeda.com
Sir, I am working on the pellet machine. In that machine has two rollers attached on both side. Due to die rotation the roller rotates and the shaft is place in one place. For the roller, ball bearing is used. so how can I calculate diameter of shaft??
Nice Tutorial Sanmit , can you elaborate more on T eq ( twisting moment concept ) how it is derived, had it been calculated @ point c only coz u r using value of B'moment @ point c only then what about @ point D ...Please help on that.
What if the Tau (60Mpa) is not given and all you have provided is the type of material? How would you solve from the last equation i.e. D^3= (Teq. x 10^3 x 16)/ pi x Tau?
A Hooke coupling is used to connect two shafts whose axes are inclined at 30°. The driving shaft rotates uniformly at 600 rpm. What are the ... angle where both will occur.
What will be the effect on the diameter of the shaft. if a dynamic force (3000 Sin wt) is used to replace the 1500 N force. will appreciate your response.
Dear Shubam Ahirekar, 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 #Shubam Ahirekar #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 care@ekeeda.com Happy Learning : )
Thank you Sagar.If you like our videos you can give us review on Google - www.google.co.in/search?q=ekeeda&rlz=1C1CHBD_enIN802IN808&oq=ekeeda&aqs=chrome..69i57j69i60l3.2775j0j1&sourceid=chrome&ie=UTF-8
Thank you sir for this beautifully explained problem. Only one query though. Why did you select 70mm as the approximate answer and not 68, as it is the next even whole number?
We are happy that our content is helpful to you and it motivates us to keep focusing on the content. Download Ekeeda App where you will get courses with all the concepts from basics, practice problems and doubt asking facility from top educators. Download App - ekeeda.com/download.html
Dear Akash shet, 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 #Akash shet #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 care@ekeeda.com Happy Learning : )
Thank you so much sir, really helpful! i wanna ask, if we have a shaft and pulley exactly the same with your question but its vertically positioned. how do we solve the problem?
instead of pulleys if two bearings are connected, will then the bending moment acts on the system. NO, then what will be the equation since bending moment not actcing
Why bending moment at point C was only taken and not from point D , while calculating total bending moment on the shaft ???? Or what happened is u calculated bending moment of point D about point C ? , I m confused
In this problem why did the lectirer not consider the effect of tension of the belt drives...if the shaft is rotating ot means it is driven by the belt drives therefore the effect of tension in tightside and slack side must be considered
For more videos download our app! Use Coupon Code "NEWUSER" and access any one Subject free for 3 days! Download Ekeeda Application and take advantage of this offer. Android:- play.google.com/store/apps/details?id=student.ekeeda.com.ekeeda_student&hl=en iOS:- itunes.apple.com/tt/app/ekeeda/id1442131224
Sir it,s really helpful but if the load causing failure has uncertainty of plus--minus 15% and the maximum load on the structure is plus--minus 20%uncertainty how help solve for the design factor. Thanks for helping
Dear abhiyender sharma, 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 #abhiyender sharma #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 care@ekeeda.com Happy Learning : )
Alaa Alaa You are most welcome. Stay tuned with ekeeda channel for more videos. Alaa Alaa 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 Alaa Alaa you can Help Us to Improve our Service. #Alaa Alaa #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
fazal rahman You are most welcome. Stay tuned with ekeeda channel for more videos. You can Subscribe by clicking on below link th-cam.com/users/ekeeda fazal rahman you can Help Us to Improve our Service. #fazal rahman #Ekeeda #YourVirtualTeacher #LoveEducaion #OnlineLectures For more Educational Information Visit ekeeda.com
Sir do your dme 1 lectures are based on pune University syllabus ? And Do you make lectures of subjects heat transfer, turbo machines, and tom 2 ? Please reply
Dear Vineeth Bhogireddy, We are glad to know your curiosity about new video content. To access all videos on all other topics please visit our website www.ekeeda.com Also give us your worthy reviews as it will enable us to create more enriching videos in future. Click on following link and then on WRITE REVIEW to record your experience with Ekeeda www.google.com/search?q=Ekeeda&ludocid=0x3be7cef39a0bcb1f:0x695389d0b57989f4
a shaft is designed to carry 50 n load. the maximum stress it can tolerate is 150 mpa. what should be the diameter of the shaft.. Sir how to solve it..
To access private videos download Ekeeda App where you will get courses with all the concepts from basics, practice problems and doubt asking facility from top educators. Download App - ekeeda.com/download.html
How can you say that shaft will fail by shear not by bending?....I mean that safe stress may be maximum principle stress......that is..32Meqv/pie d cube
....taking the equivalent moment and torque and comparing it to shear failure would be great if is pure torsion. Its not (like you mention)...maybe use von Mises or mohr circle
The kilowatt that can be transmitted safely by a shaft varies directly as the number of revolutions it makes per minute and the cube of its diameter. If a shaft 3 centimeters in diameter making 200 revolutions per minute can safely transmit 60-kilowatt, what kilowatt can be safely transmitted by a 2-centimeter shaft making 300 revolutions per minute
A V-belt drive is to transmit 10 kW to a compressor. The motor speed is 750 rpm and the compressor pulley runs at 250 rpm. Design the V-belt drive. Clearly state the design decisions taken. Plz solution this question
Santoz Raina (santz) You are most welcome. Stay tuned with ekeeda channel for more videos. You can Subscribe by clicking on below link th-cam.com/users/ekeeda Santoz Raina (santz) you can Help Us to Improve our Service. #Santoz Raina (santz) #Ekeeda #YourVirtualTeacher #LoveEducaion #OnlineLectures For more Educational Information Visit ekeeda.com
We are happy to hear this! We are giving any one subject free for one month, If you want to access the free subject just download the Ekeeda app and use coupon code ''FIRSTTIME" (This offer is valid through app only) Download Ekeeda Application and take advantage of this offer. Android:- play.google.com/store/apps/details?id=student.ekeeda.com.ekeeda_student&hl=en iOS:- itunes.apple.com/tt/app/ekeeda/id1442131224
Dear Malli Smarttrak, Thanks for your feedback. Kindly appreciate our work and please give us some feedback about channel. Please review your comments on below links 1) www.google.com/search?q=Ekeeda&ludocid=0x3be7cef39a0bcb1f:0x695389d0b57989f4 2) facebook.com/pg/Ekeeda/reviews/ And for more information regarding to subject please visit ekeeda.com/ Else you can contact on 9821842103
Good Sir, may you please help me with my homework? the problem goes like this. The following data apply to a motor and gear drive for a centrifugal pump. The shaft is supported by bearing A and B. A flexible coupling C connects the pump to the shaft. Pump output, 500 gpm Total head, 60 ft Pump speed, 500 rpm Efficiency of pump, 64 percent Motor speed, 1,800 rpm Efficiency of gears, 97 percent Power cost, 3 cents per kwhr Determine the following: (a) maximum horsepower required of motor; (b) horsepower of motor to be recommended, assuming a duty cycle of full load for 15 min and rest 15 min; (c) diametral pitch, pitch diameters, and face width of gears, assuming 14.5o teeth, 20 teeth for pinion, SAE 1045 for pinion and SAE 1030 for gear; (d) loads on bearing A and B; (e) size of shaft to be recommended, assuming allowable stress in shear, ss = 5,500 psi; (f) power cost of operating pump, dollars per day. The electrical efficiency of the motor may be assumed as 87 percent.
Hello Friends
Watch complete video series of subject Design of Machine 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
i bunk class and watch your lectures.....thanks sir
When calculating M, why didnt you consider the moment due to Rb and the pulley force at D?
Thank you all for your inputs...
answer my question
You can check. ....shaft is not safe at this dia......it will fail due to principle stress. ....
Sir, really liked how u simplified the every problem in your each video. Thanx alot from me and my friends.. 👍
Pranil Pawar You are most welcome. Stay tuned with ekeeda channel for more videos.
You can Subscribe by clicking on below link
th-cam.com/users/ekeeda
Pranil Pawar you can Help Us to Improve our Service.
#Pranil Pawar #Ekeeda #YourVirtualTeacher #LoveEducaion #OnlineLectures
For more Educational Information Visit
ekeeda.com
Amazing. i never had this much good understanding of such problems.
A transmission shaft is supported on two bearings which are 1m apart. Power is supplied to the shaft by means of a flexible coupling, which is located to the left of left hand bearing. Power is transmitted from the shaft by means of a belt pulley, 250 mm diameter, which is located at a distance of 300 mm from the left hand bearing. The mass of the pulley is 20 kg and the ratio of belt tension on tight and slack sides is 2:1. The belt tensions act vertically downward. The shaft is made of steel with yield stress 300N/mm2 and the factor of safety is 3. Determine the shaft diameter, if it transmits 10 kW power at 360 rpm from the coupling to the pulley.
Thank you sir. your class is best class .
Hello
Thank you for your valuable feedback. Please download Ekeeda Application to access more videos.We are providing one month free access to our app.
Steps to follow :-
1. Download the application from the link given below.
2. Sign up or Log in to your account.
3. Add the courses to your cart.
4. Apply the Coupon code AICTE 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
Great to have a good educational video from our country too.
+Rohan Chowdhary Thanks
Rohan Chowdhary You are most welcome. Stay tuned with ekeeda channel for more videos.
You can Subscribe by clicking on below link
th-cam.com/users/ekeeda
Rohan Chowdhary you can Help Us to Improve our Service.
#Rohan Chowdhary #Ekeeda #YourVirtualTeacher #LoveEducaion #OnlineLectures
For more Educational Information Visit
ekeeda.com
Excellent Professional explanation. Thanks.
You are most welcome.
Thanks Sirnm
Can the pulley change to sprocket for lift up of 150kg (1500N) for the same calculation ?
sir plz upload videos on combined loading
how you take moment at C by neglecting force at D and reaction of B ?????
its wrong plzzzz correct it..
I came here to say same thing better calculate bending moments using equilibrium diagram and making sum of moments=0
When we draw the bending moment and shear force diagram, the maximum value of bending moment can be easily find which is 1500 Nm
Sir, I am working on the pellet machine. In that machine has two rollers attached on both side. Due to die rotation the roller rotates and the shaft is place in one place. For the roller, ball bearing is used. so how can I calculate diameter of shaft??
Nice Tutorial Sanmit , can you elaborate more on T eq ( twisting moment concept ) how it is derived, had it been calculated @ point c only coz u r using value of B'moment @ point c only then what about @ point D ...Please help on that.
What if the Tau (60Mpa) is not given and all you have provided is the type of material? How would you solve from the last equation i.e. D^3= (Teq. x 10^3 x 16)/ pi x Tau?
A Hooke coupling is used to connect two shafts whose axes are inclined at 30°. The driving shaft rotates uniformly at 600 rpm. What are the ... angle where both will occur.
Sir please send this problem solution
What will be the effect on the diameter of the shaft. if a dynamic force (3000 Sin wt) is used to replace the 1500 N force. will appreciate your response.
U. Explained the problem with such great precession Sir.. Thanks.
Dear Shubam Ahirekar,
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
#Shubam Ahirekar #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 care@ekeeda.com
Happy Learning : )
Tq sir your class is always better than others classes
Super teaching i learned easily and understand the problem to solve tnk sir...
Sir which things should I consider during the design of screw shaft for squeezing tomato..?
some basic concept thnku sir
Sir aap ek WhatsApp group bnaayei or sab students Ko aad kr diji ye jis sa jyada se jyada log aap k video ka advantage le sake
It's very useful to me....i learn Clearly for ur videos ...Tq sir...
Thank you Sagar.If you like our videos you can give us review on Google - www.google.co.in/search?q=ekeeda&rlz=1C1CHBD_enIN802IN808&oq=ekeeda&aqs=chrome..69i57j69i60l3.2775j0j1&sourceid=chrome&ie=UTF-8
Nice explanation...thank u so much...
Thank you sir for this beautifully explained problem.
Only one query though.
Why did you select 70mm as the approximate answer and not 68, as it is the next even whole number?
ty sir and try to cover problem which difficult rather this types of simple ones....
Thanks sir superb 🙏 👍
We are happy that our content is helpful to you and it motivates us to keep focusing on the content. Download Ekeeda App where you will get courses with all the concepts from basics, practice problems and doubt asking facility from top educators.
Download App - ekeeda.com/download.html
Excellent superb teaching in easy way
Dear Akash shet,
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
#Akash shet #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 care@ekeeda.com
Happy Learning : )
Very good sir ...nice
Good, but did we take FOS in this calculation?
plz correcr the BM AT C by considering the forces at c and d....
If pulley takes at 1mtr from left bearing toward left side ,is it right?
Thank you very much. This is very helpful
Very nice and easy explanation
Thank you so much sir, really helpful! i wanna ask, if we have a shaft and pulley exactly the same with your question but its vertically positioned. how do we solve the problem?
What if I don't know the safe value of strees? Is it possible to decide based on the material?
At 9:15 who else got deaf on right ear (headphone users)
Happy guy Amazing videos me
i thought my new headphone have gone out too :v
@@triptabhattacharjee7004 Sameeee i literally opened my music app and checked !!😂😂😂
@@ananyathyagarajan7206 me too. thanks to the comments 😂
@@triptabhattacharjee7004 ya literally
Sir , if shaft in step then daimeter is?
helpful....thanks for sharing
do you add a safety factor to your 70mm
Nice sir..thank you so much
Thankyou sir and pls ceep up the good work for students like me
Sir can you please explain problem which containing both pulley and gears and inclined angle.
instead of pulleys if two bearings are connected, will then the bending moment acts on the system. NO, then what will be the equation since bending moment not actcing
Amazing sir wt.a teaching
Why bending moment at point C was only taken and not from point D , while calculating total bending moment on the shaft ????
Or what happened is u calculated bending moment of point D about point C ? , I m confused
In this problem why did the lectirer not consider the effect of tension of the belt drives...if the shaft is rotating ot means it is driven by the belt drives therefore the effect of tension in tightside and slack side must be considered
Amazing :) Thank you so much
thanks alot sir.....very helpfull for me .. but sir where are the lecture of clutch and break also
such an excellent class sir
Nice sir plz upload with different load...
sr I have some problem in shaft in combined loading
Hi sir
your performance is very well.
But last topic sound recording is not well.
Appreciative SIR
very useful thanks a lot ,upload more ,cheers
For more videos download our app!
Use Coupon Code "NEWUSER" and access any one Subject free for 3 days!
Download Ekeeda Application and take advantage of this offer.
Android:- play.google.com/store/apps/details?id=student.ekeeda.com.ekeeda_student&hl=en
iOS:- itunes.apple.com/tt/app/ekeeda/id1442131224
Sir it,s really helpful but if the load causing failure has uncertainty of plus--minus 15% and the maximum load on the structure is plus--minus 20%uncertainty how help solve for the design factor. Thanks for helping
Sir,You r another best teacher for me, Thank you
Dear abhiyender sharma,
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
#abhiyender sharma #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 care@ekeeda.com
Happy Learning : )
Ekeeda is doing a great job. Keep up the good work :-)
sir which book should i use for mechanics of materials
Use R.K Bansal Book for Mechanics of Materials. All the best for your studies and exam.
excellent......
Thank you! your effort is really appreciated
Alaa Alaa You are most welcome. Stay tuned with ekeeda channel for more videos.
Alaa Alaa 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
Alaa Alaa you can Help Us to Improve our Service.
#Alaa Alaa #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
Amazing
nice teaching sir
Nice lecture sir
superb explanation sir
+fazal rahman Thank you
fazal rahman You are most welcome. Stay tuned with ekeeda channel for more videos.
You can Subscribe by clicking on below link
th-cam.com/users/ekeeda
fazal rahman you can Help Us to Improve our Service.
#fazal rahman #Ekeeda #YourVirtualTeacher #LoveEducaion #OnlineLectures
For more Educational Information Visit
ekeeda.com
why pick bending moment at c , how to pick the maximum bending moment ?
If you draw bending moment diagram for this system , you will get it . reply me if didn't get.
Sir agr safe stress ki value nhi de rkhi ho to kya kre hmare paper main ye hi aa rha tha lekin isme safe strees ki value nhi bta rkhhi thi
Kindly download the Ekeeda Learning App ekeeda.com/download.html & ask your doubts. Our experts help you to resolve queries on chat.
Sir do your dme 1 lectures are based on pune University syllabus ?
And
Do you make lectures of subjects heat transfer, turbo machines, and tom 2 ?
Please reply
😊 nice 👍🏾
you explained well sir....
but i want some advanced problem
You are most welcome.
Sir,
aap screen pr likhane k liye kis instrument ka use karte hai?
Sir why we take bending moment from c (or)d
Why no consideration of Critical frequency ? Did I missed that part ???
Sir bahut achha padate h
Thank you so much very helpful
Can u add problems....... on desgin on cotter joint, knuckle joint.
Dear Vineeth Bhogireddy,
We are glad to know your curiosity about new video content.
To access all videos on all other topics please visit our website www.ekeeda.com
Also give us your worthy reviews as it will enable us to create more enriching videos in future.
Click on following link and then on WRITE REVIEW to record your experience with Ekeeda
www.google.com/search?q=Ekeeda&ludocid=0x3be7cef39a0bcb1f:0x695389d0b57989f4
Really thank'sss sirrrrr
i liked your videos so much
Thanks for watching, stay tuned for more videos.
Good afternoon sir i want to know what is assuming safe value of stress as mpa what is it please tell sir
a shaft is designed to carry 50 n load. the maximum stress it can tolerate is 150 mpa. what should be the diameter of the shaft..
Sir how to solve it..
Kindly download the Ekeeda Learning App ekeeda.com/download.html & ask your doubts. Our experts help you to resolve queries on chat.
Thnku sr
You are always welcome!
Download Ekeeda Application.
Android app link
lnkd.in/fRUmmzK
IoS app link
lnkd.in/fXHxh4Z
Sir how to see remaining problems? They showing as private video ...I want to see some more problems plzz Reply me
To access private videos download Ekeeda App where you will get courses with all the concepts from basics, practice problems and doubt asking facility from top educators.
Download App - ekeeda.com/download.html
Why did you put 70mm instead of 66.8mm.. I didn't get it. Someone reply me. I'm confused about it!
He just rounded the value to nearest integer! No logic needed.
How can you say that shaft will fail by shear not by bending?....I mean that safe stress may be maximum principle stress......that is..32Meqv/pie d cube
....taking the equivalent moment and torque and comparing it to shear failure would be great if is pure torsion. Its not (like you mention)...maybe use von Mises or mohr circle
The kilowatt that can be transmitted safely by a shaft varies directly as the
number of revolutions it makes per minute and the cube of its diameter. If a
shaft 3 centimeters in diameter making 200 revolutions per minute can safely
transmit 60-kilowatt, what kilowatt can be safely transmitted by a 2-centimeter
shaft making 300 revolutions per minute
Is shaft taken as massless??
really helpfull
Nyz lecture 😊
nice video sir
Sir off center shaft shear stress how will calculate
Thanks you sir
A V-belt drive is to transmit 10 kW to a
compressor. The motor speed is 750 rpm and
the compressor pulley runs at 250 rpm. Design
the V-belt drive. Clearly state the design
decisions taken.
Plz solution this question
great sir!!
Santoz Raina (santz) You are most welcome. Stay tuned with ekeeda channel for more videos.
You can Subscribe by clicking on below link
th-cam.com/users/ekeeda
Santoz Raina (santz) you can Help Us to Improve our Service.
#Santoz Raina (santz) #Ekeeda #YourVirtualTeacher #LoveEducaion #OnlineLectures
For more Educational Information Visit
ekeeda.com
when i calculate torque formula i found wrong answer .how i calculate
Just perfect ❤
We are happy to hear this!
We are giving any one subject free for one month, If you want to access the free subject just download the Ekeeda app and use coupon code ''FIRSTTIME" (This offer is valid through app only) Download Ekeeda Application and take advantage of this offer.
Android:- play.google.com/store/apps/details?id=student.ekeeda.com.ekeeda_student&hl=en
iOS:- itunes.apple.com/tt/app/ekeeda/id1442131224
sir easy to understand that sir
Dear Malli Smarttrak,
Thanks for your feedback.
Kindly appreciate our work and please give us some feedback about channel.
Please review your comments on below links
1) www.google.com/search?q=Ekeeda&ludocid=0x3be7cef39a0bcb1f:0x695389d0b57989f4
2) facebook.com/pg/Ekeeda/reviews/
And for more information regarding to subject please visit ekeeda.com/
Else you can contact on 9821842103
Good Sir, may you please help me with my homework?
the problem goes like this.
The following data apply to a motor and gear drive for a centrifugal pump. The shaft is supported by
bearing A and B. A flexible coupling C connects the pump to the shaft.
Pump output, 500 gpm
Total head, 60 ft
Pump speed, 500 rpm
Efficiency of pump, 64 percent
Motor speed, 1,800 rpm
Efficiency of gears, 97 percent
Power cost, 3 cents per kwhr
Determine the following: (a) maximum horsepower required of motor; (b) horsepower of motor
to be recommended, assuming a duty cycle of full load for 15 min and rest 15 min; (c) diametral
pitch, pitch diameters, and face width of gears, assuming 14.5o
teeth, 20 teeth for pinion, SAE 1045
for pinion and SAE 1030 for gear; (d) loads on bearing A and B; (e) size of shaft to be recommended,
assuming allowable stress in shear, ss
= 5,500 psi; (f) power cost of operating pump, dollars per day.
The electrical efficiency of the motor may be assumed as 87 percent.
It is so nice