How to calculate Bend Length.

How to calculate Bend Length. ‪@technicalstudies.‬
For all videos
www.youtube.co...
Pipe drawing, pipe isometry, how to read pipe isometry, how to read pipe isometry, how to read pipe isometry, pipe drawing explanation, pipe drawing reading, drawing, learning pipe drawing, reading symbols on drawing, spool drawing, reading spool drawing, spool drawing ,become a plumber, I want to be a plumber, prepare for a plumber exam, plumber, pipe, tutorial video for plumbers ,plumber video, plumber exam preparation video, plumber lessons ,learn pipe drawing ,work with pipe drawing, read pipe drawing, pipe drawing explanation, pipe directions on the drawing, know the pipe drawing, how can I become a plumber, how is the pipe drawing, the correct assembly of the pipe line, in which direction to assemble the pipe drawing, I want to learn the pipe drawing, I want to learn the pipe isometry, pipe fitter, pipe fitter job, becoming a pipe fitter, how does a pipe fitter work, bend the wire according to the pipe drawing, bend the wire in the pipe, bo wire bending ru drawing, pipe joints, pipe assembly, wire bending according to pipe drawing, assembly of pipes, knowing directions on pipe drawing, how to read pipe drawing correctly, 3D format of pipe drawing, pipe drawing in 3D format, how to bend wire according to pipe, in pipe work bend wire, how do plumbers bend wire, bend wire in a pipe drawing, which direction does the wire bend in a pipe drawing, what is pipe isometry, know pipe isometry, how to learn pipe isometry, want to learn pipe isometry, pipe isometry technique, how to know pipe isometry, pipe isometry how to read correctly, easy way to pipe isometry, easy way to know pipe isometry, technique of pipe surveying, how to know pipe surveying, want to learn pipe surveying, pipe work, pipe fitter work, technique of learning pipe drawing
#piper, #pipeisometrics, #pipedrawing
#pipingisometric #3dpipe #piping #3d #pipework #pipeline #pipingtechniques #pipefitters #pipefitter #pipingisometric #pipefitterjob #pipingjob #isometric #pipelineconstruction #spools #pipespool #boruçizimi #piper #pipefittings #3d #3dmodul #pipejob #drawing #pipedrawing #piper #pipelinejob #boru #boruçizimi #engineering #engineeringjob #directions #pipingdrawing
#MetalAlloys #PetrochemicalIndustry #Steel #Alloys #Manufacturing #Engineering #Welders #Metallurgy #Welding #JorgeDelgado

[@complexunity4533]

Another way to do this is Radius x 2 x 3.14 / 4 (90deg) R x 2 x 3.14 / 8 (45deg)

[@bawtreerd]

Awesome

[@danjarvis6980]

So to calculate the 45 deg. bend length we multiply the 90 deg. bend length by 0.5 x 785 mm= 392.5 mm . Using length of arc gives 0.01745 x Deg. x Rad = 0.01745 x 90 x 500 = 785.25 mm. for the 90 deg. bend: rounding to 785 mm. Excellent vid with exceptional clarity and no stupid music. Well done !!!

[@johncarey423]

Is that a typo on the first slide where it says 500mm, shouldn’t it be 570mm, same as radius? Thanks

[@satishsingamsetti1619]

Hi sir How calculate any bend outer radius and center radius please explain me

[@ridwanhusainishraq]

How to calculate punch size? Which length do we need to consider for that?

[@williamsantiago7303]

🤔What? Ya lost me

[@user-fo6vw9yk7j]

Se agradece la Cátedra. Lo saludo con afecto y con respeto.

[@kaylabeckles]

We use the formula for the length of a sector in degrees then...thanks for cutting the fluff...how much extra do we add is there a formula for that too?

[@technicalstudies.]

50 to 100 mm depending the diameter of the pipe.

[@vanislander420]

Mead diameter x π x angle of return ÷ 360 = Arc length

[@technicalstudies.]

(mean diameter x pi /360) x wanted degree.

[@matejvidovic9026]

how can outer radius be greater than pipe diameter?

[@technicalstudies.]

Your question is not clear Bro.

[@valerielopez-ml7pg]

Can you Plase explain 3.14 and 360 .?

[@zacharytuttle5618]

3.14 is approximately pi sort of a magic number for circles. 360 is the total number of degrees in a circle, so dividing by 360 gives you the length per degree, and then multiplying by the number of degrees (90 or 45 in this case) gives you the total length.

[@신영철-e1p]

한글 번역 안될까요 please

[@technicalstudies.]

Very very very sorry Brother. Can not you change the sub title to Korean?

[@squirrelmageddon4479]

So if inner radius is given add half the material thickness to the radius?

[@technicalstudies.]

Yes Bro.

[@JC-un4bg]

When bending tube it can shrink or stretch on that centreline. That needs to be taken into account for greater accuracy

[@technicalstudies.]

You are right Bro, that is why we need to give extra length

[@JC-un4bg]

@@technicalstudies. I do A test peace at 90 to see . Say it’s a 100 mm clr that’s a diameter of 200 x pie =628.3 divided by 4 to give you the length in the bend = 157 . If you start with 1000mm then start the bend at 200 mm after that bend you should have 643 . Now that can shrink or reach . Say grew and stretched 5mm. Add 5mm to 157mm =162mm and divide by 90 . Gives 1.8 mm that how much you need per degrees. It’s hard to explain in written form . But it’s actually very simple. Then you just offset it for your takeoff.

[@kaotixorder]

so if i'd like to make 2 each 90degree bend on the opposite end of a tube, i need to add 2x162mm? how to calculate, say, to have 2 90degree bends on the opposite end of a pipe, _i mean to aim like ︹ shape_, with 50mm straight at the start and end of the pipe, and end up with 1050mm distance between each ends, with 45mm as the radius? how many mm length of a straight pipe to get that goal? please help cos math is never my forte 🙏🏻 thanx in advance ☺️

[@JC-un4bg]

@@kaotixorder you want 50mm after the bend finishes . The Arc length of 45 mm rad at 90°. Is 90÷360 . That by 2 then x that answer by pi then x that by 45 .

[@JC-un4bg]

@@kaotixorder also work with center lines

[@esahakansari36]

Rolling pe video bane sir

[@technicalstudies.]

Already uploaded www.youtube.com/@technicalstudies./videos

[@alcavil421]

i have a doubt in the end of video you said you need to add extra lenght? what does it mean? are not we doing this to calculate the extra lenght?

[@technicalstudies.]

Bro, please watch the video carefully, you will get the answer.

[@JC-un4bg]

@@alcavil421 most of the time the material stretches . So you don’t . Need to material. . I’ll explain what you need to do in order if you were typing into a calculator. For arc length. The degrees of what bend you need to make divided by 360 Times pie times two times radius of the tool you’re using. The take off . Is the answer of 10 of half the bend times the radius of the tooling?

[@신영철-e1p]

please translation to Korean language

[@technicalstudies.]

Sorry Bro. I dont know Korean language.

[@kjo8164]

hello thanks for your videos... how to calculate extra?

[@ИгорьП-р1ц]

Отличное видео и практический урок!

[@technicalstudies.]

Thanks Bro.

[@designpc1404]

thank you

[@technicalstudies.]

Thank you, bro.

[@MajeesTechnicalServices]

nice

[@technicalstudies.]

Thank you bro

[@skcreationshandembroidery6832]

Thanks

[@technicalstudies.]

Thank you Bro.