K-Factor, Y-factor, Bend Allowance and bend deduction in detail | Flat length calculation of sheet
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- Опубліковано 29 вер 2024
- Hi Friends,
In this video you will learn K-Factor, Y-factor, Bend Allowance and bend deduction of sheet metal in detail | Flat length calculation of sheet metal part
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#molddesign
#creotutorial
Kfactor
yfactor
bend allowance
benddeduction
Outsidesetback
insidesetback
relationship between y-factor and k-factor
relationship between bend allowance and bend deduction
how to calculate flat length of sheet metal part
sheet metal terminology
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like complete creo knowledge and practice model, GD&T, interview Q&A, knowledge in mechanical design field, product design guidelines and design related topics.
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MDA
why hard steel k=.40 and for soft k=.38. more hard leads to more K factor as per table. but u mentioned k is inversely proportional to material hardness.
Thank you for your comment
As hardness increases, the material becomes more resistant to deformation, meaning it requires more force to change its shape. In the context of the K factor, which is often used in formulas related to materials' mechanical properties, an inversely proportional relationship implies that as hardness goes up, the K factor goes down.
This relationship is consistent with the idea that harder materials are typically more brittle and less ductile, leading to changes in their mechanical behavior as captured by the K factor. However, it's essential to note that this is a generalized trend and may not hold true for all materials or under all conditions.
Dear Brother, Regret to inform you that it is informative but you can use hindi language i think you can elaborate properly in Hindi.. Kindly take it as learning not as disappointment.
इतना सुंदर expationation, 6 साल के करियर मे पहली बार सूना... Excellent 👌🏻👌🏻👌🏻
Please make sheet cassing on any thing by take dimensions physically and draw on autocad with this calculation
Hi brother, can you recommend me the book you read of this content? thanks
Hi, I read from Google with different sources
Sir Well done; well explained.
Great illustrations.
Please explain this with value.
Make more on plastic design parameters 🙏
Hi BSK,
Thanks for your comment......
I will prepare and upload videos on plastic design parameters........stay connected
Sir pehale theek se aap samjh lijiye baad me hame samjhayiye ....kyaa bol rahe he samaj me nahi aa Raha he 💁🏻
AAP ko samaj me nahi aaya koi baad nahi brother, Maine ek mechanical Hindi channel open Kiya hai vanha aap video dekh sakte ho
Video ka konsa part aapko samaj nahi aaya please bataye taki me AAP ko samja saku
Thank you for your comment
Thank you for clear explanation!
Please lacture in Hindi
Great video. Do you have any experience with using Delem software, the forming software interface for press brakes? I am having issues lining up my CAD(OnShape) bending flat pattern to what Delem is using. Should I use the K Factor or Bend Allowance to try and make both programs be the same/talk to each other.
Actually I don't know Delem software or any forming software
- Thx.
- Well done; well explained.
- Great illustrations.
Thank you for your motivational words
- BTW, I am creating a "primer" (introduction/overview/"starter") to 'Sheet Metal' modeling in Fusion 360.
- I have considerable experience in 3D modeling (30+ years), but have no practical experience in sheet metal design/fabrication, and limited knowledge (which is why I'm studying now).
- Your videos have been very helpful. So, thanks again :)
- And BTW, my formal education is engineering (electrical, w/ emphasis on computers/robots), but I have taught myself, and done, a lot of mechanical design/modeling.
- And, in addition to my engineering background, I'm also a math teacher - so, I enjoy the math underlying design.
- Namaste :)
Why did you not explain how to calculate the K factor? The value is not always 0.5. Dont the neutral axis location noves when the part is bent?
Generally we refer chart for k factor value
Good Bro, thanks
Thank you 😊
SHUKRIA JUDEA
Жаль в России эти расчёты не работают)
Can you type in English ? Sorry I can't read your comment 😔
Bro provide ppt for reference please
Nice
Thank you ☺️
Wrong explanation....
Sir...
It's correct explanation
What went wrong please add
What's the difference between BA and BD
Both term are use to calculate the develop length but BA and BD are measurement techniques are different to calculate BA and BD.
In BA (arc length) we will add to the flange length like L =A+B+BA
While in BD we will deduct.
L=A+B-BD
@@MechanicalDesignAdda Thanks
Many mistakes bro
Can you please comment on mistakes
I mean pls improve Presentation skills bro, you know the content but you are failing in explaining properly
Thank you for your suggestion,
I will take your point in upcoming videos
Helpful video👍
Hi Vaibhav....... thanks for comment....stay connected
In sheet metal 90 % people don't no about netural axis otherwise all are just formula based
Give the proper reason of neutral axis
Neutral axis is imaginary line of sheet metal, and it's location varies depending upon the bending process, bending angle, thickness and most important is material of sheet. There are some chart in company for k factor value, the refer that chart base on thickness of sheet and bending angle
Don't explain like bookies langauge, explain like practical for example what is the neutral axis while calculating K factor and many more.I appreciate your effort but I think it's only bookies language
Thanks Jitendra...... for your comment
HI jitendra , My name is Nirav and I was fasing the same problem like you. I have started my own sheet metal press break shop and also created a video on youtube practically explained.
Check it out if it is help ful.
ua-cam.com/video/-T8cMn198m0/v-deo.html
he copied from internet
Actually neutral axis is not a practical things, we can't see it like a thickness and radius
It's imaginary and it is dependent on bending operation and type of material use
For in practical, depending upon material use, company uses standard chart for k factor.
Also company uses standard thickness and inside radius chart depending upon availability of bending machine and operation.
Yes Milton ..... everything is available on internet