Thom Cochell
Thom Cochell
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Відео

MSE 201 S21 Lecture 39 - Module 2 - Properties of Steel Microstructures
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MSE 201 S21 Lecture 39 - Module 2 - Properties of Steel Microstructures
MSE 201 S21 Lecture 39 - Module 5 - Precipitation Hardening Example
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MSE 201 S21 Lecture 39 - Module 5 - Precipitation Hardening Example
MSE 201 S21 Lecture 39 - Module 3 - Properties of Steel Microstructures Example
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MSE 201 S21 Lecture 39 - Module 3 - Properties of Steel Microstructures Example
MSE 201 S21 Lecture 39 - Module 1 - Continuous-Cooling Example
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MSE 201 S21 Lecture 39 - Module 1 - Continuous-Cooling Example
MSE 201 S21 Lecture 38 - Module 3 - Continuous-Cooling Diagrams
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MSE 201 S21 Lecture 38 - Module 3 - Continuous-Cooling Diagrams
MSE 201 S21 Lecture 38 - Module 2 - Isothermal Transformation Example
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MSE 201 S21 Lecture 38 - Module 2 - Isothermal Transformation Example
MSE 201 S21 Lecture 38 - Module 1 - Isothermal Transformation Diagrams
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MSE 201 S21 Lecture 38 - Module 1 - Isothermal Transformation Diagrams
MSE 201 S21 Lecture 37 - Module 2 - Nucleation Example
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MSE 201 S21 Lecture 37 - Module 2 - Nucleation Example
MSE 201 S21 Lecture 37 - Module 4 - Avrami Curves
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MSE 201 S21 Lecture 37 - Module 4 - Avrami Curves
MSE 201 S21 Lecture 37 - Module 3 - Transformation Rate
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MSE 201 S21 Lecture 37 - Module 3 - Transformation Rate
MSE 201 S21 Lecture 37 - Module 1 - Free Energy of Nucleation
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MSE 201 S21 Lecture 37 - Module 1 - Free Energy of Nucleation
MSE 201 S21 Lecture 36 - Module 3 - Steel Phase Diagram Example
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MSE 201 S21 Lecture 36 - Module 3 - Steel Phase Diagram Example
MSE 201 S21 Lecture 36 - Module 4 - Supercooling
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MSE 201 S21 Lecture 36 - Module 4 - Supercooling
MSE 201 S21 Lecture 36 - Module 1 - Iron-Carbon System
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Look's at the iron-iron carbide (cementite) phase diagram.
MSE 201 S21 Lecture 36 - Module 2 - Hypo- & Hyper-eutectoid Steel
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MSE 201 S21 Lecture 36 - Module 2 - Hypo- & Hyper-eutectoid Steel
MSE 201 S21 Lecture 35 - Module 2 - Gibbs Phase Rule
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MSE 201 S21 Lecture 35 - Module 2 - Gibbs Phase Rule
MSE 201 S21 Lecture 35 - Module 3 - Gibbs Phase Rule Example
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MSE 201 S21 Lecture 35 - Module 3 - Gibbs Phase Rule Example
MSE 201 S21 Lecture 35 - Module 1 - Intermediate Phases & Reactions
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MSE 201 S21 Lecture 35 - Module 1 - Intermediate Phases & Reactions
MSE 201 S21 Lecture 35 - Module 5 - Labeling Phase Fields Example
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MSE 201 S21 Lecture 35 - Module 5 - Labeling Phase Fields Example
MSE 201 S21 Lecture 35 - Module 4 - Labeling Phase Fields
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MSE 201 S21 Lecture 35 - Module 4 - Labeling Phase Fields
MSE 201 S21 Lecture 34 - Module 3 - Eutectic Examples
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MSE 201 S21 Lecture 34 - Module 3 - Eutectic Examples
MSE 201 S21 Lecture 34 - Module 2 - Binary Eutectic Phase Diagrams Part 2
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MSE 201 S21 Lecture 34 - Module 2 - Binary Eutectic Phase Diagrams Part 2
MSE 201 S21 Lecture 34 - Module 1 - Binary Eutectic Phase Diagrams Part 1
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MSE 201 S21 Lecture 34 - Module 1 - Binary Eutectic Phase Diagrams Part 1
MSE 201 S21 Lecture 33 - Module 4 - Lever Rule Example
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MSE 201 S21 Lecture 33 - Module 4 - Lever Rule Example
MSE 201 S21 Lecture 33 - Module 3 - Lever Rule
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MSE 201 S21 Lecture 33 - Module 3 - Lever Rule
MSE 201 S21 Lecture 33 - Module 2 - Phases Present & Composition Example
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MSE 201 S21 Lecture 33 - Module 2 - Phases Present & Composition Example
MSE 201 S21 Lecture 33 - Module 5 - Equilibrium vs. Rapid Cooling
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MSE 201 S21 Lecture 33 - Module 5 - Equilibrium vs. Rapid Cooling
MSE 201 S21 Lecture 32 - Module 2 - What is a Phase?
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MSE 201 S21 Lecture 32 - Module 2 - What is a Phase?
MSE 201 S21 Lecture 33 - Module 1 - Phases Present & Composition
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MSE 201 S21 Lecture 33 - Module 1 - Phases Present & Composition

КОМЕНТАРІ

  • @auds_e7
    @auds_e7 2 дні тому

    Im confused, I thought that the direction would project from the original point which is 1a at x=1?

  • @IvanCado
    @IvanCado 3 дні тому

    helped a great deal, thank you!

  • @trusttafadzwa7017
    @trusttafadzwa7017 5 днів тому

    This has helped me prepare for my finals, thank you!

  • @JustinSmith-ug9wm
    @JustinSmith-ug9wm 6 днів тому

    Very good explanation!

  • @rhutujadhavale3485
    @rhutujadhavale3485 7 днів тому

    The best video series for this topic! appreciate it so much

  • @akashahmedneel2540
    @akashahmedneel2540 9 днів тому

    sir sound quality very low

  • @Bruh-f4r8n
    @Bruh-f4r8n 12 днів тому

    your explanations are very easy to follow love your work.

  • @srleom
    @srleom 12 днів тому

    Thank you for a very clear and concise explanation; much appreciated!

  • @haniehjafarian949
    @haniehjafarian949 14 днів тому

    Not helpful for me.

  • @nanou_trad
    @nanou_trad 15 днів тому

    thank you ! <3

  • @laibakhan8380
    @laibakhan8380 15 днів тому

    thanks

  • @laibakhan8380
    @laibakhan8380 15 днів тому

    thanks

  • @ayoibilola7061
    @ayoibilola7061 15 днів тому

    Thank you very much

  • @h.bchannel123
    @h.bchannel123 17 днів тому

    best channel ever seen

  • @joy_h3202
    @joy_h3202 17 днів тому

    Thanks alot 🇮🇶

  • @kogki9260
    @kogki9260 20 днів тому

    Can u tell my professor how to teach this like you. It’s exactly same material and figures even

  • @tatakaeee
    @tatakaeee 21 день тому

    Thank you 🇹🇷

  • @Certified_MoaiGaming
    @Certified_MoaiGaming 24 дні тому

    Did you make any test video on the rods? I would be cool to see which salt combination made the most resistant and which one retained the most transparency

    • @arisskarpetis
      @arisskarpetis 21 день тому

      I second that but I am still glad these videos were posted to show how to treat the glass in the first place.

  • @jagadeeshkumar2091
    @jagadeeshkumar2091 25 днів тому

    Thank you, I could not understand from the textbook, I am glad to find this video. Now I can move forward.

  • @fourinchorange
    @fourinchorange 26 днів тому

    thanks 💯

  • @sumeyyeayaz5682
    @sumeyyeayaz5682 29 днів тому

    But why the Fe in FCC Fe diffuse easier than Fe in BCC Fe in graph?

    • @fvai8203
      @fvai8203 23 дні тому

      I think it is due to the possibility of having more vacancies within FCC Fe as opposed to BCC Fe where there is much less room for vacancies. Also, interstitial diffusion in BCC is easier due to the existence of more space in a unit cell allowing for interstitial sites to form. This is my judgement on the matter, by no means I'm I an expert so take this information with a light grain of salt.

  • @sulalsana
    @sulalsana Місяць тому

    Nice video, but I dont understand when at 6:29 when you start talking suddenly about shear stress when it was about tensile stress in the beginning

  • @alexobiz
    @alexobiz Місяць тому

  • @YoussefAshraf-im9wv
    @YoussefAshraf-im9wv Місяць тому

    Thank you from🇪🇬

  • @chemcore1
    @chemcore1 Місяць тому

    Thanks for making my concepts clear

  • @potatoo7448
    @potatoo7448 Місяць тому

    amazing explanation , thank you sm!

  • @josephgauthier5018
    @josephgauthier5018 Місяць тому

    Hi, i hope you are doing well. i know this is an old video, so maybe you are unlikely to see my comment, but one can always hope lol. I was wanting to know why you chose to add silver nitrate to the potassium nitrate bath for the glass samples. i know this is an academic video, and not a proper experimentation with unknown outcomes, but im hoping that there is a research paper you pulled from that goes into why silver nitrate was used. hope to hear from you soon, and have a great day!

  • @ImanAhmadian-r8i
    @ImanAhmadian-r8i Місяць тому

    Thank you for providing such informative details.

  • @studywithrahul388
    @studywithrahul388 2 місяці тому

    Thank you sir

  • @بدرالمطيري-خ1ظ
    @بدرالمطيري-خ1ظ 2 місяці тому

    كفو يا المدرس البطل

  • @minamoto7519
    @minamoto7519 2 місяці тому

    Hi Thank you for the video. for BCC is the choice of 001 and 002 planes arbitrary or it has target for the calculation. in other words these two planes are of interest and no other plane of interest or there is a background for the selection. thank you

  • @selvinazcetin2760
    @selvinazcetin2760 2 місяці тому

    Can we say that increased temperature decrease crystalline level of the polymer since the chains are more mobile? If yes, then they should be more ductile because we mentioned that ductile polymers are amorphous? In the graph, increased temp. decreased the ductility. However, in the below it says increased temperature increase ductility, I'm a bit confused.

  • @ppx6j206
    @ppx6j206 2 місяці тому

    Thank you sir. You saved my life.

  • @MadhuriDeb-s1h
    @MadhuriDeb-s1h 2 місяці тому

    The dogs barking is the cutest thing.😄

  • @rezafathi4385
    @rezafathi4385 3 місяці тому

    I kinda feel the formula is wrong

  • @edwardmouawad9443
    @edwardmouawad9443 3 місяці тому

    hello do you have tesbanks or exercices to practice our work concerning these structures

  • @aaronguerrero592
    @aaronguerrero592 3 місяці тому

    Just came back to your lectures after completing the in person lecture at my school. Now here I am as a transfer at SDSU coming back for these awesome videos. Cheers for doing the examples!

  • @Wilhelm8e
    @Wilhelm8e 3 місяці тому

    For A, we know it is the centre of the tetrahedron, we can determine the the 4 corner points (straight forward since it is a cubic - F) and take average of corner points, we should get the the coordinate of A, is this correct?

  • @NaveenKumar-ro9zw
    @NaveenKumar-ro9zw 3 місяці тому

    where is mass balance and charge balance

  • @mahaalaa9389
    @mahaalaa9389 3 місяці тому

    Thank you very much ❤

  • @SeanLynchXY
    @SeanLynchXY 3 місяці тому

    Part 1 is here: ua-cam.com/video/XMabmG9ZZn4/v-deo.html 9:00 Baskets and Rods go into the various salt baths. Glass rods are left for 2 hours dwell time in the molten salts 15:00 Removing Glass from Nitrates and Furnaces 18:27 Cleaning Nitrates from the Glass Water is used to dissolve and remove the water-soluble salts.

  • @mohammadtayyab525
    @mohammadtayyab525 3 місяці тому

    I am a master student in China in material science and your videos are really helpful. Thanks a lot Thom!

  • @user-wm3vv8ky2s
    @user-wm3vv8ky2s 3 місяці тому

    Why it become M+F+P+B instead of F 100% cuz the line pass through A to F (complete) 🥺🙏🏼 pls help💖

    • @giventan7485
      @giventan7485 Місяць тому

      because the austenite to ferrite is already destined to be an incomplete reaction. Notice how the A to F doesnt end in the green portion, meaning there were some austenite available to change to pearlite. For the M + F + P + B, the line crosses the ferrite region, then passes into the pearlite route. however, you can see that it crosses the black line instead of the green line, meaning the transformation to pearlite is incomplete. then it passes through bainite, which also didnt have a green line that indicate full transformation. Lastly, the remaining enters the martensite region.

  • @ayoubzouhayri7537
    @ayoubzouhayri7537 3 місяці тому

    I loved the shark example

  • @sivabalankaniapan8786
    @sivabalankaniapan8786 3 місяці тому

    Thanks a lot. Love from Scotland.

  • @yousukeesu1
    @yousukeesu1 4 місяці тому

    Hey Thom thanks for the tutorial. I have a question tho. What happens if the selected point is on the liquidus line(not above)? Does it still have the weight fraction of %100 liquid?or both phases are present (L+alpha(solid))

  • @iengineer.1686
    @iengineer.1686 4 місяці тому

    Sehr schon

  • @AnjaliSharma-mn8bd
    @AnjaliSharma-mn8bd 4 місяці тому

    which software you have used in this video pls

  • @annaalyani
    @annaalyani 4 місяці тому

    Best video 🙏🏻❤️

  • @SamT1N
    @SamT1N 4 місяці тому

    Great video. Thanks