Комментарии:
best explanation i have ever experience in my student life . Thanks alot
ОтветитьGod bless you Dr. ! Thank you for such an easy-to-understand explanation!
ОтветитьGod bless you to whoever made this video.
ОтветитьThanks, Im from lraq ❤️🌹👍
ОтветитьThat s cool 😍👍🌹❤️👏👏👏🙏💜
ОтветитьExcellent video
Ответить4 yr passed away in college didn't understood the concept but ur video clr my doubt...🙏🙏🙏
ОтветитьWhen the Dr.Structure merch gonna drop?
ОтветитьBruh, I'm disappointed with my lecturers
Ответитьbest tutorial ever
ОтветитьHelping ❤️
ОтветитьThis channel is a gem.
ОтветитьYou actually just saved my grade.
Ответитьthanks for saving my life
Ответитьsugoi desu ne
ОтветитьMa'am, Where can we get solutions of the given questions? so that we can verify our answers.
ОтветитьPlease add subtitle.
ОтветитьFor statically indeterminate structure, can bars bend?
ОтветитьOMG years of trying to understand this concept and I just finally did! Thank you so much!
ОтветитьI’m never see any one make it it simple like this
ОтветитьThanks so much for this presentation
ОтветитьWhere do you get the 3/2 from?
ОтветитьWhat's the difference between reaction and shear influence line? Are we getting the same reaction influence line to this problem?
ОтветитьPlease help where can I find the solution of exercise problems?
ОтветитьYou explained IL so well. thank you for making our study easier
Ответитьthank you ma'am. btw where can I find the solution of the practice problem for checking ma'am
ОтветитьThank you so much. I would bake you a cake. This really helped me a lot. May God bless you and your family
ОтветитьI can't thank you enough. I was breaking my head from past three days on drawing ild. I saw numerous videos on yt but thy didn't help. Thank you so much for making us understand in such simple way. God bless 🙏
ОтветитьGod bless you 🙏
ОтветитьThank you
Ответитьidk how to thank u,, this influence line has been a nightmare for me but u make it very simple and easy ,, much respect
ОтветитьThank youuuu so muchh 🫶
ОтветитьVery nice explanation!
ОтветитьThank you for this video!!! do you have the link to the solution to the last 3 questions from this video?
ОтветитьGood lecture. Thank you ❤❤
ОтветитьOMG Thank you i love this video
ОтветитьIt's a very helpful video but why didn't your write the equations
ОтветитьTo get the shear influence line at the midspan (at point C) of the simply suppoted beam, a pair of rollers is placed at point C. The left roller is pushing downward and the right is pushing upward. Let's say, I wish to get the shear IL at points A and B by placing a pair of rollers at those points. Is the shear at point A positive, and at B negative based on the pair of rollers placed at points mentioned?
Ответить100% described better than my lame ass professor that gets PAID to teach....
ОтветитьWhat what happen if we applied the "hinge" at a roller position to determine the shear influence line atba roller position... does it move even tho there is a roller there?
Ответитьwhat if the force is between hinge and B point
ОтветитьYou deserve gold you have to teach other teachers how to teach 😮😮😮😮
ОтветитьWtf it is that simple our lecturers making it so hard and confusing.
Ответитьالله يباركلك يا هندسه❤
Ответить認真的老師.
Ответитьwhere can i get the solution
ОтветитьGreat thanks and great respect
Ответитьthank you
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