GD&T Bonus Tolerance Calculation for MMC Concept - GD&T Tutorial Episode 9

Hello Friends,
My Name is Yogesh Rohilla(Design Consultant, Freelancer & Mechanical Designer), In this Video I tried to explain GD&T Bonus Tolerance Calculation for MMC Concept in a very simple Language.
Many more Videos are coming So Subscribe the channel & share it to others.
Knowledge always increase when you give it to others..!
***Some of My Other Videos***
1. Meaning of Counter bore, Counter Sink, Taper & Surface Finish - GD&T Tutorial Episode 0 • Video
2. GD&T History - GD&T Tutorial - Episode 1 - • GD&T History - GD&T Tu...
3. Feature of Size(FOS) - GD&T Tutorial Episode 2 Part-1 • Video
4. Feature of Size(FOS) - GD&T Tutorial Episode 2 Part-2 • Feature of Size(FOS) -...
5. What is GD&T/Use of GD&T - GD&T Tutorial Episode 3
• What is GD&T/Use of GD...
6. Advantage/Benefits of GD&T - GD&T Tutorial Episode 4
• Advantage/Benefits of ...
7. Units of Measurement of GD&T - GD&T Tutorial Episode 5
• Units of Measurement o...
8. GD&T Symbols & FCF - GD&T Tutorial Episode 6 Part - 1
• GD&T Symbols & FCF - G...
9. GD&T Symbols & FCF - GD&T Tutorial Episode 6 Part - 2
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10. GD&T Best Book to read - GD&T Tutorial Episode 7
• Video
11. GD&T Bonus Tolerance Calculation for MMC Concept - GD&T Tutorial Episode 9
• GD&T Bonus Tolerance C...
#engineeringdrawing, #Geometricdimensioningandtolerancingnptel, #Geometricdimensioningandtolerancinginhindi, #Geometricdimensioningandtolerancingguruy
#YogeshRohilla

[@anishbalan2887]

Thanks bro. Finally understood after watching 4-5 videos

[@ajaykumar2220]

Good, Me bhut dino de search kar raha tha. Very useful information thanks....

[@akshaysudhakaran9161]

This is exactly what I was looking for. Well explained Brother! Thank you!

[@sonajiwagh6430]

You are going work sir, Thanks a lot shearing great knowledge

[@tanmayeheblekar2162]

*sharing

[@JayPatel-oy9ys]

Thank You sir for explaining in practical and easiest way. Understood the exact concept.😊

[@jaihind_jaisanatan]

Shandar no words 👍👍

[@Shravanbhardwaj2332]

An excellent video at GD&T...❤❤❤❤❤

[@sachinbhardwaj9366]

One of the best video on position gd&t

[@Epic_multiverse]

Great explanation......! I needed that

[@Rahulkumar-xs6gb]

Thanks for clearing the concept.

[@bhavishyarajput4764]

Sir make video on GD&T tolrance calculation. Like flatness, straightness, circularty, cylendetcity, position, perpendicularty, concentricity, runout, line profile, surface profile, how to tolrance give in feature control box. Every thing I details. Plz make video one by one

[@nilssonar]

Bonus tollrance basil size me add hoga kya jaise 40 basik size he to 40.7 hoga kya

[@avtar_singh-i7j]

Thank you so much sir ☺️

[@techno-beast-tv4143]

Most welcome

[@avtar_singh-i7j]

@@techno-beast-tv4143 sir ek formula b hota hai position ka us pr v video bnae plz

[@annahajare4609]

Well explained bro, i can see how struggling to reach the information for us😊

[@prakashadak4098]

Nice 👍explanation

[@ashunaturelovers3139]

Explain very well sir..

[@RajneeshKumar-ju7us]

Hi, The example (sketch) considered in this video is perfect. I can't think of a better example than this. How to calculate the tolerance for the Basic dimensions, 120,40, 70 & 50?

[@rakeshmahajan659]

Please explain the basics dimensions of tolarace

[@saurabhroy7100]

@@rakeshmahajan659 basic dimensions are those dimensions that you need to achieve at exact...like if it is mentioned you need to make a pipe of dia 8 mm of basic dimensions then you need to make exact 8 mm dia.....but the question lies,is it possible to make exact??? That is why tolerance system is there

[@theeasyengineering]

Hello bhai, you should resume making more videos.

[@PppP-gc1df]

I really appreciate your work ❤️

[@vasusrinu8351]

Teaching skills super

[@jnyaneshwarhundri336]

Very well explained sir. Thank you 🙏 Subscribed 👍

[@theeasyengineering]

Clear concepts

[@aanya188]

Very nice 😊😊

[@akashdeoraj3888]

sir great teached , please make video on ASME Y14.5 book (important syllabus)

[@starsncookies]

Hello, thank you for sharing your knowledge. I would like to know if you can explain how to calculate perpendicularity if I only have limits of size of a pin and of a hole. They are mating parts.

[@rajkumar-pi8od]

Good information

[@afroz4802]

Very good explanation in GD & T, please explain more about Datum and there role in Drawing creations etc..,

[@ajaydev8097]

Well explained thank you sir

[@Aksbunti]

So what will be tolerance on dim. 120mm and 40mm ?

[@sumitbeniwal1522]

is it same for concentercity?? please clear

[@susantabarik1274]

MMC Mean Maximum Material Condition

[@surajshinde4574]

Very very nice sir ..

[@dawn2duskfilms]

Very nicely done bahut accha

[@manojkasnia4275]

To es m dono conditions a gayi MMC or LMC to MMC k kya fyada..

[@yash2113]

Sir pls upload a video for bonus tolerance calculation at LMC in case of pin and hole

[@nagarajukasula3988]

nice explanation

[@lastwisdom984]

Great Work👍

[@cookingwithshravan2356]

Only Geometric tolerance ko dimension pet kis ratio mein lgana hai

[@saurabhroy7100]

Means??give a practical scenario and present your query..it will help anyone to reach your query right..

[@cookingwithshravan2356]

Total Geometric tolerance ko dimension per kis ratio mein lgana hai

[@sanketbadgujar7574]

1/2 or you can say half in this video 0.2 tolerance for position you can take +-0.1 for dimensions

[@sumitdhiman232]

If we dont use the m modifier in feature cont. frame then how it will be not benifitial from assembly point of view? Means bonus tolerance to hme bina m modifier use kie bhi mil rahi hai... Plz explain. Plz give your phone. No so that clarity ho jae thanx

[@Spruha_and_Saatvik]

If you do not use modifier, you are instructing the manufacturer that you can afford to have positional tolerance as specified on the drawing. So no Bonous tolerance, if we don't use a modifier.

[@prashanksharma6248]

If you don't mention MMC or LMC in control frame, by default its regular feature of size in that case the tolerance is independent of FOS i.e 0.2 in every case so no bonus tolerance. But if the hole is of greater dia, but is 0.3 mm off in that case that part will be rejected , ( but in actual scenrio that part will work).

[@invicgaming6496]

Nice sir

[@anandyadav6205]

Position ko kaise calculate Kar iski vedio hoto please link share samj nhi aata kon Si dimensions major Kare

[@RTech-hx9kb]

Keep it up bro

[@Veerkila]

ASME book pr video banao jo topic important ho🙏🙏🙏

[@RajeevKumar-oj4oo]

Why you are mixing the manufacturing with design explanation

[@ramkumargourarajula9528]

Pls make in English

[@status_st2446]

Still confusing .... what's that 10 to 10.5 from where it came ...why in all video y'all take 0.5 only ...why not 10 to 10.3 ??

[@kotamanohar8561]

Try to explain much better way sir anyway thank you sir

[@tech-mindz7855]

120, 70 & 50 all r in box one must be in ref other wise ur part is over constrained

[@tarunsingh7656]

Sir please aur leacture banao

[@Veerkila]

G&T ko hi aap aage badao

[@vsandhyasandhya9491]

Can you please translate in English?

[@shaileshsharma2899]

Ye bro lekr aao machine pr video

[@tarunsingh7656]

Bi sir

[@jeetnaik8150]

Kya bol rehe ho😂

[@birendragupta9215]

pahle pad le achee tara he se phir samjha

[@sachinshinde-qh7di]

Thoda sa Confused lag rahe ho

[@vinodukarande6903]

😅topic hi confusion h

[@saniacute477]

😊🤦‍♀️