Mechanical Properties Definitions {Texas A&M: Intro to Materials}

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  • Опубликовано: 7 янв 2025

Комментарии • 18

  • @yblizzo
    @yblizzo 8 лет назад +15

    SOOOOO CLEAR!!! i love using your lectures to reinforce what i am learning in class thank you for all your hard work.

  • @heotam8173
    @heotam8173 7 лет назад +9

    No words can express how I appreciate you for what you have done. Thank you so much!

  • @marshalllapenta7656
    @marshalllapenta7656 2 года назад +2

    Related toughness with the weights, are they intentionally destroying it to see what the failure mode is?

  • @duweyshmohamoud6524
    @duweyshmohamoud6524 8 лет назад +3

    really i need some doctors explaining dental stuffs like this doctor it's hard to me to studdy

  • @blancaroca8786
    @blancaroca8786 5 лет назад +3

    Nice presentation and lots of info. However surely (not blaming the prof as it is tradition but) elastic modulus E is a horrid name as it really represents stiffness. Rubber has very low E and concrete high E. Taking the reciprocal (1/E) is elasticity . Perhaps better to use symbol Y for young modulus or S for stiffness or whatever. This has been going on for hundreds of years, no wonder people get confused.

  • @sianourani1042
    @sianourani1042 7 лет назад +2

    hi tx for ur video.. i have question.regarding true plastic strain and stress up to which point we need to enter data for simulation in abaqus?is it fracture point or ultimate point?

  • @felixdamith1
    @felixdamith1 8 лет назад +2

    Thank you sir...its very useful....

  • @hitechnoair
    @hitechnoair 2 года назад +1

    thanks Dr

  • @amatoallahouchen5894
    @amatoallahouchen5894 6 лет назад +1

    THANKS PROFESSOR!!

  • @sivakumar-ns7pk
    @sivakumar-ns7pk 5 лет назад

    In mathematics,we usually plot the known values in horizontal axis and plot their corresponding values vertical axis.why here in this diagram we do the opposite?

    • @pjshamberger
      @pjshamberger  5 лет назад +3

      This is a GREAT question! I agree that generally, the independent variable is on the horizontal axis. In fact, when we use a stress-strain diagram to predict "How much does a material deform under some load", this is exactly what we do. However, when we generate data for a stress-strain diagram, we generally control elongation (strain), and measure stress (using a load cell). So, in effect we come at it the other way. Stress-strain is a bit unique in that regard, as sometimes we treat either one variable or the other as the independent variable.

    • @sivakumar-ns7pk
      @sivakumar-ns7pk 5 лет назад +1

      Patrick Shamberger Got it 👍🏻✌🏻

  • @burakbayram7991
    @burakbayram7991 8 лет назад +3

    thanks

  • @kareemabdulbaki1627
    @kareemabdulbaki1627 8 лет назад +2

    helped me alot thanks!

  • @GISOverflow
    @GISOverflow 7 лет назад +1

    Wow ! that's amazing

  • @jonso-v1h
    @jonso-v1h 6 лет назад +2

    thanks!!

  • @jesp1423
    @jesp1423 4 года назад +2

    4:00

  • @mahshidhessam4256
    @mahshidhessam4256 6 лет назад

    Awesome