Properties and Grain Structure

Properties and Grain Structure: BBC 1973 Engineering Craft Studies

[@Gilgamoth]

Everytime he's mention "let's look at the grain structure" I get very excited.

[@aleksitjvladica.]

I love you.

[@nomoregoodlife1255]

0.1% :o

[@junaidhussain4781]

Guys, i need help, what if you do varies of test like tensile, hardness and you do not know the material, but when you look at the microscope, how you would identify what identify what type of material it is based on grains.

[@saruhan9760]

@@junaidhussain4781 As i know, you cant identify a material which you have no idea about under microscope. You should apply characterization methods like XRF or AAS.

[@jonahansen]

Me too! I always keep my pants on so if I have an accident nobody can see it.

[@ImGonnaShout2000]

I think old educational videos for engineering are far better than modern ones!

[@shaileshjoshi7912]

Modern ones are all about fancy sounds and animations. No one cares about the content anymore.

[@arslanhashmi45]

I totally agree with you

[@nwaforaustin4445]

You are totally right

[@saurav1916]

Before we only wanted to learn but now ,we want to excel

[@gistyim7897]

I can understand much better by seeing this!

[@BILLY-px3hw]

my brain cells have been recrystallized. the information I had been receiving kept overheating them, this video was the perfect temperature and quenched at the proper time. It tempered my mind perfectly.

[@CharNatorn]

lol

[@edgeeffect]

Almost poetic!

[@nlmaxgaming1]

you legend!!!!

[@thyaldosil]

lmao

[@junaidhussain4781]

Guys, i need help, what if you do varies of test like tensile, hardness and you do not know the material, but when you look at the microscope, how you would identify what identify what type of material it is based on grains.

[@iCanHazTwentyLetters]

Please never remove this video from youtube. This video is a majestic gem in an ocean of gray pebbles.

[@arslanhashmi45]

U r soo right

[@andrewmalcolm3209]

It's the lone pearlite grain

[@rock3tcatU233]

I do declare!

[@cyan39miku]

So, like a pearlite grain in 0.1% carbon steel? XD

[@kelsiera]

So well said!

[@adnanfareed2902]

Instead of spending 2 to 3 lectures in university on Grain boundary, i wish i should have watch this earlier. Amazing Stuff.

[@extraSPARErib]

Adnan Fareed but then you wouldn't be indebted to your education for the next 20 years attempting & failing to pay it back. You dummy.

[@tylerl6942]

My professor said watch this and it's just as good as reading chapter 3 in our book. Lol

[@junaidhussain4781]

Guys, i need help, what if you do varies of test like tensile, hardness and you do not know the material, but when you look at the microscope, how you would identify what identify what type of material it is based on grains.

[@pradyumnchiwhane2577]

absolutely

[@adnanfareed2902]

@@junaidhussain4781 I think it is not possible to judge the material from its grains becuase materials can be prepared with different grain size using different techniques. The more easy way is to do XRD or EDX to check what kind of material it is.

[@draksionar]

DO NOT REMOVE THIS ONE: This video contains concentrated useful knowledge of about half a year of learning about material properties. Shame upon teachers of my former college who were too arogant to catch our interest with their baffoonish bragging.

[@matthewblom1620]

Old engineers made the most fantastic educational videos. Much better than a lot of lectures nowadays!

[@FaizanKhan-wk6kl]

I am currently in the third year of my Bachelor of Engineering in Materials Science and Engineering and watching this video brought tears in my eyes. This video is a gem! Having to actually watch the processes and their effects on the grains and the properties was a one of a kind feeling for me. Thank you so much for this video! Love and respect from a future scientist!

[@junaidhussain4781]

Guys, i need help, what if you do varies of test like tensile, hardness and you do not know the material, but when you look at the microscope, how you would identify what identify what type of material it is based on grains.

[@Motoko1134]

​@@junaidhussain4781 if you can see the grains in a microscope its quite easy to determine what it is, some are easier to identify than others (martensite is very easy to determine due to the needle shape etc) just re-watch this video and look at the microscope images.

[@dylannguyen1849]

crybaby

[@michaelan9688]

Even just the introduction of the topic is so perfect, gets you hooked instantly with such a simple everyday example

[@junaidhussain4781]

Guys, i need help, what if you do varies of test like tensile, hardness and you do not know the material, but when you look at the microscope, how you would identify what identify what type of material it is based on grains.

[@_PinkiePie.]

from the thumbnail I thought this was gonna be a hidden indie album from the 2010's

[@seeroosdashiat9612]

Under rated comment

[@uselessaccount9929]

Reminded me of il paese dei balocchi

[@bakdiabderrahmane8009]

these old BBC Documentaries are a gold mine.

[@RavinderSingh-tb1qe]

THANK YOU SO MUCH BROTHER. SERIOUSLY ALL MY UNIVERSITY LECTURERS AND TEACHERS ARE GARBAGE.....THEY THEMSELVES HAVE NO KNOWLEDGE ABOUT WHAT THEY ARE TEACHING US. MATERIALS AND METTURLLURGY NEVER SEEMED THIS EASY TO ME. LOVE U

[@yakubsaheed4177]

DO NOT REMOVE THIS VEDIO FROM KZbin PLEASE....The best explanation about grain structure of metals

[@age_of_reason]

"Gloves are essential for this operation." But protective eyewear is optional.

[@purungo]

For that you'll require very special protective eyewear, often called "squinting"

[@pseudolullus]

Or fume hoods

[@dan2124]

No fume hood too, or hair tied back. Safety? What's safety? XD

[@VaradMahashabde]

this style of film making is plain beautiful

[@akramazgal4788]

The structure that form when steel is heated to 720 C is called austenite and when it is quenched the cristal that form are martensite martensite is the hardest metal structure but it is also fragile. This video is very well done 🙂. I have done my master degree in powder metallurgy, and it is more complicated, however, if you verify your car you will find that many gears in the engine are manufactured using powder metallurgy.

[@adisharma2331]

18 minutes of Pure Gold.

[@ahmedmuayad2013]

is this the best video ever made or what?

[@user-hc8kt2nh2x]

I think it is !

[@iCanHazTwentyLetters]

If there was any way to measure video best-ness, this video certainly would have the highest value.

[@giovani1913]

absolutely! God bless youtube!!

[@kaelandin]

It seems that the oldest of educational videos hold the highest, and best information.

[@petero.7487]

@@Rick_C137_op I like the simplicity of it. Older videos often are better at explaining things than newer ones.

[@sukhrajhothi1542]

Best video for understanding grain structures , I watch it annually

[@halonothing1]

I watched this video years ago and enjoyed it every bit as much this time as I did back then. You'd be amazed how much you forget from educational material even after a day or two. Never mind several years.

[@bob5958]

I retired as a physical metalllurgist. Is it only geeks like me who find this video fascinating?

[@priyadarsini9639]

Robert John me too. I teach engineering materials to a mechanical engineering class. I absolutely enjoy discussing and I just can't learn enough about microstructure and its effects on material properties.

[@fredgarvin4482]

I like it and am not in this industry. i like learning dark sorcery sciences:)

[@funnyitworkedlasttime6611]

I work in a materials testing laboratory, and get to do this stuff every day. It takes a certain special kind of geek to enjoy this type of work.

[@paulblasingame]

Funny Itworkedlasttime I’m in the same boat as you

[@alrod1848]

me too!

[@ThePlayfarer]

Not even in Engineering, I just find this interesting.

[@priyadarsini9639]

Tom Donnelly may be you should take up engineering 😊

[@vikrantjaiswar9285]

Woh %

[@junaidhussain4781]

Guys, i need help, what if you do varies of test like tensile, hardness and you do not know the material, but when you look at the microscope, how you would identify what identify what type of material it is based on grains.

[@DestroyerWolfFenrir]

Now with all the modern technology and cameras, no one would be able to make a gem of a video like this.

[@samuctrebla3221]

8:13 that soviet manual pneumatic press looks gorgeous !

[@edgeeffect]

Soviet? On the BBC?! In the 1980s?!!

[@samuctrebla3221]

@@edgeeffect You know: metric system, U.S. etc...

[@kristiankatic9965]

@@edgeeffect According to that pressure gauge on the press, it's Soviet. Edit: ua.all.biz/en/obm-1-100-manometer-obv-1-100-vacuum-gage-g13504961

[@TheAwesomePcGaming]

It's quite facinating to see soviet produced measuring equipement being used elsewhere

[@junaidhussain4781]

Guys, i need help, what if you do varies of test like tensile, hardness and you do not know the material, but when you look at the microscope, how you would identify what identify what type of material it is based on grains.

[@navnithrajsn1705]

The number of view says very less people are interested in material science. Excellent video please don’t remove, spread the knowledge...

[@mouluvlogs6070]

I dont know why someone decided to make an engineering video so perfectly, knowing that it wont have good recenption, but its too helpful for me in 2023 after 2 to 3 decades!!

[@uditsaxena3844]

Your video changed my life thanks i recall in 2019 i passed a subject when my teacher challenged me about it.

[@chaitanyanv]

This video explains everything in a practical and an informative way. It's much easier watching this and learning rather than read boring long textbooks trying to imagine everything. Loved it.

[@junaidhussain4781]

Hi, i need help, what if you do varies of test like tensile, hardness and you do not know the material, but when you look at the microscope, how you would identify what identify what type of material it is based on grains.

[@parthajitmazumdar5474]

There's such a charm, simplicity yet effectiveness in these kinda old videos. Thanks for uploading !

[@junaidhussain4781]

Hi, i need help, what if you do varies of test like tensile, hardness and you do not know the material, but when you look at the microscope, how you would identify what identify what type of material it is based on grains.

[@E_Rico]

This is when BBC was worth watching

[@andychen2858]

To be honest, this is the most vivid grain presentation video I have ever saw till now as a 3rd year mechanical engineering student.

[@akashlobog2208]

Old engineering videos are soo wonderful!! I mean as the graphics and use of technology has made the process of learning hard. I finally understand the topic.

[@ToxicallyMasculinelol]

I've had this explained to me at least 10 times but I never understood it until now. this video is so well made. what the hell happened to our pedagogical abilities? educational videos are absolutely worthless nowadays. I envy people who were educated in the 20th century.

[@ananias-]

This vid deserves millions of views ! I scored summa cum laude in Metallurgy during my PG studies , but yet this vid gave so much picture i have theoretically acquired from my great prof. Alberto Molinari of Italia

[@creaturecreativenature2829]

my lecturer taught me about materials engineering using old videos similar to this video. I have to admit, learning with old mechanical engineering videos such as "US Auto Industries" and other similar videos is actually easier to understand than today's teaching videos. somehow the method of explanation is more detailed and makes more sense.

[@nadsongomes823]

I just love these old videos. The producers seemed to actually understand the working principles of things and to be really concerned about making the audience understand it as well.

[@DKOO7]

KZbin should introduce, 'loving' a video. This is too good.

[@seaham3d695]

This is one of the most lost and yet time saving videos on earth, show your work force this video. It will change humanity. ©

[@MrTatdanai]

If I saw this kind of video back when I was a student, I would pay more attention to material science class and enjoy the knowledge.

[@patmat.]

They made much better teaching videos in the past, clean plan, and the narrator seems to understand and actually cate about what he's talking about.

[@bartomiejdziao9594]

I feel like the mysterious youtube algorithm knows better than myself what will be interesting to me.

[@yash1152]

those myseterious shit youtube algorithms are to be blamed for prioritising faster uploading channels. For prioritising quantity over quality

[@perlyax]

I wish I had seen this video years ago while I was still studying the Fe-C diagram and all that. Took me a while to comprehend it back then.

[@thewooginator83]

God I love youtube... this video is a total gem.

[@aluminaterock660]

You treated me like a dummy who does not even know what is a metal and turned me into an ameature in just 18mins...great video..keep it up. Subscribed

[@Snooperking]

It's been a year since I took an Engineering Materials class, this video made a big click in my brain finally making some sense of what we were actually talking about in that class.

[@PacoOtis]

From here in the States thanks for this excellent video. We definitely owe you a beer!!

[@shrikantkusnurkar4695]

I am seeing it again and again.The old is really gold.

[@user-qn2qn7xy4g]

Watching the actual process of grain buildup during different treatment was way more informative than still pictures in the books

[@mahbub2345]

An excellent way of storytelling of dry engineering subjects. The persons who are involved know the art of scriptwriting and screenplay. It requires gigantic effort.

[@user-qg3qy7yk5b]

이야... 근본 그 자체인 것 같습니다!!! 감사합니다

[@DescartesRenegade]

Far more understandable and simply explained than anything you'll ever hear from a professor, TA, and read in a book.

[@harrynguyen7469]

I, Harry Nguyen, am one of the leading chemists of Harvard University with several PHD degrees. Watching your video, sir, had really brought tears into my oculus. I am feeling an overwhelming excitement through every cell in my body. This video is indeed the 8th wonder of humanity!

[@joey-du6wr]

indeed it is! this video has bought crystals to my eyes and my whole being has been recrystallized. this video is sodium good! ^o^

[@gita-kristiekorimbo7479]

The concepts simplified so effectively in this video. I understand very clearly now, thank you so much!!

[@bday9629]

old documentaries are simply amazing

[@chandankumarroy5515]

After watching this video my all doubts about grain, crystal, grain boundaries and recrystallization has been cleared. Thank you very much for this amazing video.

[@TheFaarf]

Steve Mould sent me, and I am glad that he did! This is a treasure of a video

[@merteren7401]

this video explains very well, especially the low carbon steel structure and crystal grains are explained simply, the eutectoid point region is explained beautifully and simply

[@NoPainNoGain2023]

Neat, clear and to the point, I've still learned from this video which is crafted almost 50 years ago, amazing.

[@mdabutaher9097]

My area is optics and photonics. I had difficulty understanding the microstructure. This lecture has assisted me in understanding the grain profile in a short time. Great pieces of stuff. Thanks a lot!...

[@samr4338]

This video was a Godsend for its visual aid on the explanation of cold rolling and crystal formation.

[@dave17wilsonable]

That was a great video. It explains grain structure very well

[@mayurkrip]

Astounding! Thoroughly enjoyed the whole video. God Bless ya creators!

[@junaidhussain4781]

Hi, i need help, what if you do varies of test like tensile, hardness and you do not know the material, but when you look at the microscope, how you would identify what identify what type of material it is based on grains.

[@dakshpurohit1523]

Very important concept 😮😮

[@lifewithatortie]

Maybe one of the best explanations of grain structure. Definitely gonna share this with my classmates.

[@s.mustafakazim7805]

Best explanation of the topic ever. Thank you.

[@OnePieceTalking]

The best explanation that i ever seen

[@junaidhussain4781]

Guys, i need help, what if you do varies of test like tensile, hardness and you do not know the material, but when you look at the microscope, how you would identify what identify what type of material it is based on grains.

[@Test-ri2kr]

@@junaidhussain4781 Not sure I understand that question properly but based on the fact you said a bunch of tests have been performed, you can look at the resulting damage of the material. So the microstructure of a ductile deformation is different to that of a brittle deformation. From this, you can know whether it’s a ceramic or a metal (majority of the time, obviously the ductile to brittle transition in metals needs to be considered as well) and from this you can analyse other material deformations and use your pattern recognition to work out what material it is?

[@subhabratabhattacharya1368]

Outstanding!!!.... Superbly Described

[@3dviewlogic]

I have loved taking this course in college but I wish they added this video to the course. it brought a few chapters of the text book to life.

[@brandburton5866]

This was really well made. It must be films like this one that he creators of "Look Around You" paid homage to in its first season!

[@dexterc7050]

Very great video! More clear than just paper and photo to explain a dynamic transformation of heat treatment for metal

[@michaelrose93]

Hey, thanks algorithm! I was always fascinated with grain structure, I just didn't know what the proper name was. But now I know more than ever and I'm enriched, thanks again!

[@ahsanhaider6549]

This was beautiful and the narrator's voice was oddly soothing. As a mechanical engineering undergraduate, i have to say that this is pretty informative and easy to remember. Remembering these structures, temperature limits and their properties is a challenging task if you are reading it from a book, but this video makes them so streamlined. Thanks for uploading this.

[@subratashil4112]

This video helped me to get the subtle idea of grain and grain boundaries. Very useful video for learning material properties. Love to watch it again and again...Thanks BBC

[@junaidhussain4781]

Hi, i need help, what if you do varies of test like tensile, hardness and you do not know the material, but when you look at the microscope, how you would identify what identify what type of material it is based on grains.

[@cattleprods911]

Fantastic video, what a treat to watch, thanks for uploading.

[@gauravawate7461]

This video made all of my concepts related to microstructure clear. Detailed explanation in very simple words!

[@RaviYadav93]

Awesome Video . Heat treatment and grain structure are explained clearly ....

[@CucumbersSC]

LOVE that inverted stage microscope, what a beast, and that carbon addition... poof! And the impact tester, funky and dangerous haha. At least that lab coat dude didn't have to lift it above his head like the old Charpy tester at my department! And the graphics are just charming.

[@sekhar_211]

Never found so correct explanation Thank you for these great videos

[@azvedicgurukul]

This video is excellent. I haven't seen any video that explains the grain structures of metals (especially of carbon steels) and the effects of hardening, tempering and normalizing nearly as well.

[@JolsSugerFree320]

well this was bloody fantastic

[@jonathonhebert7042]

This was incredibly fascinating!

[@Tom-Lahaye]

Much better explanation than in my materials book.

[@srinivasanraghavendra315]

Informative and painstakingly detailed. A very nice video!

[@simtan2418]

who needs university lectures when you have this?!

[@richtomlinson7090]

My late mother worked in the General Electric metallography debt, and she had some cool pictures from tantalum carbide in a bismuth matrix, to other crystal structures that design students wanted, because they were like art, but for needs. Some clothing has technical pictures in biology and metals for inspiration.

[@AshokBansal-rw9eh]

Best video ever for any material science learner

[@kanishkaranathunga8742]

This is actually awesome and hardly explained ... Old is gold

[@o4_]

I never knew I needed to know what recrystallization and grain structure were. Also the various machines they use to heat or bend the metal throughout the video are really terrifying.

[@slehar]

This video is awesome! What a clear explanation!

[@ermukul6560]

Best video regarding grain growth, recrystallization and their properties 👌👌👌

[@shahriarchowdhury7871]

where has this video been all my life!!

[@user-gy4pm3zi8k]

非常感谢，从你的视频中学到很多！

[@viscache1]

The grain reveals the stresses of compression during manufacture. Reading these stresses before applying eternal stresses of load. That’s where non-destructive analysis comes in. That was my job.

[@sangramchavan7795]

Even in Engineering college we didn't get the concept clearly but here we got the clear idea. Thanks 🙏❤

[@Malonpankun]

Thank you for your hard work. It's a great help to my study.

[@Ross89Jayvin]

I like it when engineering makes me smile! :) Thanks for that smile

[@junaidhussain4781]

Hi, i need help, what if you do varies of test like tensile, hardness and you do not know the material, but when you look at the microscope, how you would identify what identify what type of material it is based on grains.

[@arunbalaji7059]

I have searched for long hours for this topic, and I finally found a great video. Thanks a lot!

[@junaidhussain4781]

Hi, i need help, what if you do varies of test like tensile, hardness and you do not know the material, but when you look at the microscope, how you would identify what identify what type of material it is based on grains.

[@gautamkumarverma1736]

earlier I was in great confusion... but by seeing this ,all my confusion had gone.... thank u so much sir... expect more and more videos from this topic... one of the best video in KZbin on this topic...

[@uday6150]

A great explanation on microstructural change. Kudos

[@kelsiera]

Thank you so much for sharing! This one of helluva wonderfully explained video!!

[@SQUAD012]

This explaination makes more sense than the microstructural journal article 😭 I need more of this simple easy to understand video format for my research.