Steel phase diagram cooling and Lever Rule example problem

Worked example problem solution and tutorial for phase diagram lever rule calculation. Amounts of different steel microconstituents calculated and microstructure is drawn. Materials science tutorial.

Пікірлер: 25

  • @NasiruOluwagbemisola
    @NasiruOluwagbemisolaАй бұрын

    Thank you For this video.. Very helpfully ❤️

  • @Mephora
    @Mephora10 ай бұрын

    Thanks a lot, I never quite understood what the diagram was actually used for

  • @dmtspoulios
    @dmtspoulios11 ай бұрын

    Great video man!! Thank you very much!!!

  • @aaronmoreno2401
    @aaronmoreno2401Ай бұрын

    thank you so much, excellent explanation

  • @KID4271
    @KID42716 жыл бұрын

    Your videos are awesome! Just wanted to let you know brotha.

  • @TaylorSparks

    @TaylorSparks

    6 жыл бұрын

    KID4271 thanks man!! Like and subscribe to help me grow channel. Also, let me know what other questions I should do! I try and do one every week or so.

  • @zebrahunter6956
    @zebrahunter69565 жыл бұрын

    You almost sound like Edward Norton. Good video. It helped me with my homework

  • @TaylorSparks

    @TaylorSparks

    5 жыл бұрын

    Just made my day :)

  • @Luzt.
    @Luzt.3 жыл бұрын

    Cool! Thank you!

  • @jeanclaudematias3265
    @jeanclaudematias32653 жыл бұрын

    Thank you Very much

  • @Ahmadalbedaiwi
    @Ahmadalbedaiwi5 жыл бұрын

    could you please make a video of the lever rule with different examples. thank you

  • @I_BlitzY_I
    @I_BlitzY_I3 жыл бұрын

    Hi great video, also what would you do if you were asked to figure out the amount of eutectoid cementite?

  • @siva-rk5oh

    @siva-rk5oh

    5 ай бұрын

    Eutectoid cementite is basically the Fe3C present in pearlite. we can just get it by removing the pro eutectoid (which is cementite in this case) from the total cementite value we got

  • @kelvinscreations5590
    @kelvinscreations55902 жыл бұрын

    helped thanks

  • @emirhan4899
    @emirhan48993 жыл бұрын

    thanks

  • @harsevsingh6596
    @harsevsingh65964 жыл бұрын

    Great video! For part c), is asking for the wt% of pearlite and cementite the same as asking for austenite and cementite?

  • @TaylorSparks

    @TaylorSparks

    4 жыл бұрын

    Good question. we know that after the material undergoes the eutectoid reaction all of the austinite is converted to a mixture of pearlite and cementite. This happens relatively quickly and so it forms the lamellar structure which we would call pearlite. It's possible to form proeutectoid phases though, such as proeutectoid ferrite or proeutectoid cement.

  • @chikunjielijah3941
    @chikunjielijah394111 ай бұрын

    Great video, I have a question how do the microstructures look like if for example at 5wt%C it's cooled to 700°C

  • @TaylorSparks

    @TaylorSparks

    11 ай бұрын

    It depends on the processing history. Was it cooled slowly quickly rapidly? Was it held at a temperature at any point? Was it annealed? All of these things modify the microstructure. So asking how the microstructure looks at a certain composition and temperature the phase diagrams will only tell us the equilibrium phase fraction, but the processing steps will give us much more insight about the distribution of those phases which is often related to the properties of interest

  • @blackheart6897
    @blackheart68978 ай бұрын

    Sir, I got a question, how pro-eutectoid cementite is different from normal cementite?

  • @TaylorSparks

    @TaylorSparks

    8 ай бұрын

    Proeutectic will be present in larger globs as opposed to eutectoid which will be present in lamellar structure.

  • @thebluedragon6385
    @thebluedragon63853 ай бұрын

    Lol the duration of this video is 7:27 😂

  • @TaylorSparks

    @TaylorSparks

    3 ай бұрын

    I don't get it. Is that surprising?

  • @thebluedragon6385

    @thebluedragon6385

    3 ай бұрын

    727 degree C - Eutectoid temperature in Fe-C system.

  • @TaylorSparks

    @TaylorSparks

    3 ай бұрын

    @@thebluedragon6385 lol. Illuminati 👁️