Lecture 2.5: Acceleration diagram for slider crank mechanism
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- Опубликовано: 18 сен 2024
- In this video i will explain what is acceleration diagram and how to draw acceleration diagram for slider crank mechanism
The complete lectures of Kinematics of machinery course available at : • Kinematics of Machines...
I AM REALLY GRATEFUL FOR THIS TUTORIAL
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Thank you, you saved my exam
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Sir, please tell me, how do we know the direction of radial component of link AB, why it goes to B instead Of A ?
Thanks
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Thank you such a good explanation
your explanation was very very clear
Thanks
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thnk U sir
Really appreciate. Thanks a lot
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keep uploading more btech subjects 🙏🙏🙏🙏
Explaintion very perfect sir
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Thanks you so much 😊
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Thanks for your help... very clearly explained
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@@icgindia2970 What is your email address? I have some doubts
Good video thanks
Super upload Figure 8.7 problem khrumi theory of machine
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Superb explain sir
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Great video.
Please share the title of the book you took this question from.
R S khurmi
Thanks sir
thankyou sir.but at 9:08 Vab=3.14 but u had taken 3.4....so all calculation went wrong
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Nice, vidio it is helpful to us
Please teach sir to find midpoint
thank u so much
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Good video 👌😁
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Best sir👌
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superr sir
Very very good explanation for slider crank mehanisam problem, but still I don't understand very well about acceleration. I 100% understand about velocity diagram but in acceleration i still confused.
But your lecture video is very very good.
its the same diagram
9:44 shld it be radial or tangential acceleration for movement on link AB?
Radial component only.
All the calculations and measurement differs way too much when done in real paper. How the Vd point is at 3.14? If it has to be in the middle of Vba?
Ankur Ghosh Vd is not mid point.it is a distance between the point O and d
Ankur Ghosh here 3.14 is wrong.it is 3.4..i made mistake while writing.sorry. Apart from that everything is right. My students got the same value in video for the past 10 years...may be you can try once again, so that you will get right answer
@@icgindia2970 okay but even by similar traingle ratio it comes out as 1.35 right? But how 3.4
Ankur Ghosh watch at 7.53 sec from video where I calculated ba=3.4cm
Have you used proper scale factor as mine?
@@icgindia2970 yes i have used same scale but if the velocity of the mid point D has to found out wasn't it supposed to be from the middle of ba? (As you said a bit earlier in the video) then my question how does the bd and da not equal
What is this reference book?
v =31.42x0.15=4.713
Sir i was one dout radial component always perpendicular to tagential component why sir can we explain clearly
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is there any way to work out ad without a diagram?
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How we will measure vd please explain?
I have explained in the video at 7.10 minutes
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Bro add some more lessons
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I like the video, but I can't understand it well because there is no free body diagram.
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Sir, it's a 4.713 m/s
Sir plz provides the pdf
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Hell can I message you i need help
Yes
icgindia thanx for replaying i have a question I can’t solve it cuz online class I cannot understand
icgindia can u send me your email address
@@zero_ld7593 bitsenthil@gmail.com
icgindia i have send u did u get it
Plus its all confusing at the end.... not clear at all
Ankur Ghosh tell me exactly the place where you have confusion.i will explain clearly
@@icgindia2970 i understood upto 12:55. If the acceleration of mid point D is to be drawn it has to be from the middle of acceleration diagram of connecting rod right?
Ankur Ghosh yes