I need a k-factor list that lists a specific number for every conceivable type of metal (and alloy) and thickness for air bending. I use Creo at work, which uses Y-factor as its default, which I know equals K-factor times Pi divided by 2. But I need to know a specific k-factor number for the specific material we're using before I can accurately determine the Y-factor. And we work with all types of materials including 5052, 6061, 2024, 7075, mild and stainless steel sheets and plates. Does anyone know of any such repository of information, or maybe a calculator/spreadsheet that someone has created somewhere?

Greetings. There is a question about the use of gravity. How did you manage to realize that the cube jumps on the surface? Judging by the video, you have changed the direction of gravity only once, but my system perceives only one current direction of gravity

Respect sir

Great job

Professional👍🏻👍🏻👍🏻

kzbin.info/www/bejne/aIrWiGqah9iKnqMsi=8qiI_ProQk2r19gQ

So perfect sir

Very good sir

شكرا

Very very impressive. All aspect of design must be considered so This is what we call it engineering .

Hello, engineer, can you show how this project works in SolidWorks completely. Thank you for this performance

Youd did not provide leg lengths of the angle so it is hard to cross check, I drew a 2"x2" angle on ACAD, .074 thickness and got a K-factor of .121, so my stretch out would be 4.121 inches?

sir, its a sincere request to explain the video class with explanation. otherwise it wont be useful.

Thank you so much, this is educative and more informing than all the videos I've watched on analysis. Trust me this video and the other one on car canopy has given me some kind of insight, keep it up to the best level and is my hope that you do more of these because I'm going to subscribe to this channel, thank you ones more.

The higher value of k-factor physically indicates the hard material, because the neutral axis distance is far away from the middle. And for soft material the neutral axis is close to inner surface of metal regardless of same thickness is considered for two type metraial and same bend angle.

You are use pc or f16 because your pc works very loud.

Since the original video only displays one dimension (the length of the angle cut of approx. 6 5/8 inches ) , you can not be accurate. But looks to me like the span is 12 feet and all the tubing would be 4 inch by 4 inch based on that one shown measurement. The spacing appears to be 16 inches on centers. And you do not indicate the added strength of the welded angle on top and bottom that the rollers run on.

Very good

Apakah ada file nya bg?

Thanks for the video, Is there a hotkey to toggle between horizontal and vertical?

wasnt he supposed to build atleast a pratt bottom chord truss and how much would it hold with an i-beam or the pratt top chord truss ?

you are using that yellow background for cursor so that we are cant understand command while selecting... pls don't use that..

Can you constraint rectangular array?

thank you so much sir. it really helped my graduation project

Can you teach me CAM in catia

Hello thank you for explaining this...i want to learn how to use the software.

Great work, through which software have you analyzed?

Hello i sent you email 📧

Mashallah! Rahmat for this useful video. Now I understand easily

As always, excellent!

kzbin.info/door/aHc-0hG_b2Xc_R__pid2xQ

Dai mugesh Hi da

Excellent application of engineering design. However, i still don’t know how you were able to interpret the similar results as being safe and within limits 🤔

❤️❤️❤️

Could you please tell me dimmensions of all parts included in the assembly?

Thanks for sharing this video. Sir i prepared a geometry Of 4 bar linkage and want the curve in terms of velocity vs rotation angle of crank accelaration vs rotation angle and torque vs angle. On youtube dident find such video. Could you pl help me out.

assalamualaikum habibi how to training solid work ?

One of the best explanations provided

Can we do crank study in creo ?

I can not select Remove Material button. What could be the reason?

love you br

insane, its the first time i see someone working for free for random people on the internet. you are a true hero.

I noticed the top tubing you figured 120 x 80 (5"x3"). If you look in the video I'm pretty sure it's 80 x 80 (3") square.

Hello Mr Mohammad and thank you very much for this excellent work and especially for sharing it THANKS My little project at home is to build such a crane or hoist similar to the one you analyzed during this video but having only one support on the left side while it remains free on the right side; without having to move the crane at all! the load to be handled does not exceed 1000 Kg each time: Do you please believe that it is possible to realize this idea without risk of accidents?

tnx bro