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In my opinion, we must be ensured that the circularity is within the parameters, and then check the other two, shaft bending or eccentricity of it.

Great visual explanation

Harris William Thomas Anna Rodriguez Deborah

I hope you don't mean a bent shaft as in it was machined incorrectly. Perhaps you mean angled shaft? Or perhaps misassembled or damaged by improper use?

Up down

Thanks for the video...

2024 Useful video thanks sir

can runout make shaft thinner?

Great video! Simple enough for just about anyone to understand.

A++

👍

Thanks, a lot for your simple description of complex concepts.

"Exaggerated for clarity" is fantastic

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Nice th-cam.com/video/IXtJKtPc7hk/w-d-xo.html

Thank you.

Very useful video

Sir, you've forgotten the Diameter sign in the straightness flag - which is very important.

I see these video 3 times, very clear, thanks a lot

Wow. Thnks

if the dial gauge scale fixed at certain point throughout the length of the horizontal object with respect to vertical object means it perpendicular.yes or no?

Merci c'est fantastique

Bs

amazing video

No jokes, no stupidity, NO WIERD GRAPHICS....exact & to the point...I LOVE IT!

Terrific video, great visual explanation of runout.

THANK YOU. GREAT EXPLANATION😊

Awesome explains with animation

Great explanation!!!!

Great Animation for the "Runout" on a Shaft. Thanks! T J (Tom) Vanderloop, CMfgE, Author, Mechanical Designer, & Consultant

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Plz make more videosss🤗

2:47 If you checking the runout for this shaft then which part/surface you consider as your datum ..because to check runout we need to refer one datum ... If datum is not there then it is circularity...so what are you checking exactly...circularity or runout....big confusion..I am also surprised no one has noticed this....all are like good video,nice animation and all....grow up all.

What software is used to create this beautiful mechanical animation?

Great teaching

super useful

VERY WELL SAID.

How would you recommend fixturing the part without having to hold it with your hand?

This really helped me out thanks!

What a explaination through visualization techniques 👌

I do not understand. Is this straightness tolerance for nominal designs? You casually mention that your cylinder could have a taper on it but it will still pass tolerance if the tapered line fits within the tolerance "band". Is it INTENDED to have a taper in it? Or is that a result of some clown messing up on a mill?

How to know the clearance value, by calculation or by asking shopfloor person?

I'm pretty sure that you cannot runout a feature to itself. How would you hold the part on datum features -A- and -B- and put a runout gage on those surfaces at the same time? Instead, I would have specified a runout on datum feature -B- relative to datum -A-, and then specified that the other diameters meet a runout relative to A-B.

what is the name of the line profile measuring instrument?

Excelente, good job congrats

Why do we use Straightness for a cylindrical dowel pin, why cant we use cylindricity ?

To measure straightness of a flat plate, if i keep the plate on a surface table and measure Straightness, would that be a correct method. Because, if we keep a flat plate on surface table, Bottom surface will act as a datum and what i will get is the Parallelism and not Straightness. Kindly help me.

Waiting for ur videos on gd&t

Sir y did u stopped teaching

Awesome explanation!