Dear Tonya, Thank you very much for your really good explained Videos! Your calming voice Made It even more easier to understand those complex Things! Greetings from Germany :)
Correction, ma'am. I think the region you labelled L + beta + HfV2 is actually just L + HfV2. Pure beta doesn't have any connection to that region 9:06. Great video
Very informative video, just love it! Can you please upload a video on the phases of a material and how they influence the strength of a material? I'm mainly having problems in identifying what is alpha and beta phases and how do their composition affect the strength of an alloy? (I'm looking mainly at TiAl6V4 wasn't able to understand what they were.)
Hello Tonya, thanks for your video! It is invaluable to me at the moment, while I'm preparing for an exam. What I haven't understood is at 23:10, aren't you below the eutectoid line there at 727°C? I thought the pearlite is only below the eutectoid line.
Depends on whether its to the left or right of the eutectic. To left, you would still have some austenite in liquid phase above 1148 C. To right, you'd have some cementite in liquid phase above 1148 C.
I wish that she can teach us about everything in material science.. she's literally the best
Dear Tonya,
Thank you very much for your really good explained Videos! Your calming voice Made It even more easier to understand those complex Things!
Greetings from Germany :)
Diese Videos sind wirklich wunderbar!
You’re an amazing teacher. Thank you so much
you are the best teacher, thank you for explaining this completed course.
thank you so much! your explanations are incredible
Correction, ma'am. I think the region you labelled L + beta + HfV2 is actually just L + HfV2. Pure beta doesn't have any connection to that region 9:06. Great video
Perfect presentation but was hard to distinguish between the two stars with similar colors
😅
The phase digram is making me lose my mind . How can I understand this its very difficult and tomorrow is my final exam 😢
thank you thank you thank you
Thank you so much for sharing these videos. helps a lot!
Thanks a lot for this series, I benefited a lot. God bless.
Very informative video, just love it! Can you please upload a video on the phases of a material and how they influence the strength of a material? I'm mainly having problems in identifying what is alpha and beta phases and how do their composition affect the strength of an alloy? (I'm looking mainly at TiAl6V4 wasn't able to understand what they were.)
thank you so much professor !!!!
what is pro eutectoid?
Mechanical Engineering 😢❤
YOU ARE A HERO .
a huge thanks! you're amazing, smart, and so cute :) this vid helped me a lot
Thanks for your explain, you very calm really thank you very very much ❤😍plc.your email
Hello Tonya, thanks for your video! It is invaluable to me at the moment, while I'm preparing for an exam. What I haven't understood is at 23:10, aren't you below the eutectoid line there at 727°C? I thought the pearlite is only below the eutectoid line.
i lost it at the 15 minute mark. do i need to see other videos to understand this fully ?? i have an exam in 1 hour. pls help someone
5:16
I learn more from this video than 2 hours plus of lecture video
extremely helpful and clear! thank you
your teaching is hats off mam 😁
What is the microstructure after 2.17 % wt carbon as it is being cooled down, Sir?
Depends on whether its to the left or right of the eutectic. To left, you would still have some austenite in liquid phase above 1148 C. To right, you'd have some cementite in liquid phase above 1148 C.
thank you
Thank