Thank you so much for uploading these videos. It is good to learn from someone tries to explain and teach the lecture, not reading the slides which belong to someone else.
Sir, thank you very much. I am currently taken this class and I have learned really important concept my prof did not explain. You went as far as to show use how to switch between units. I am for every grateful.
Many respects to you Dr. Mohammad you remembered me in my professor. I wish that the most lecturer could be like you giving a lecture with its deserve-able way.
Thanks for the Great lecture. I wish if the person who was filming this focused more on the materials that was showing on, from the projector when he was discussing it .
The material is avaliable in the link on the description, it's a little dificult but if you print out, you can follow the examples one by one. I'm a student, and it helped me a lot!
your lectures helps me a lot, I study civil engineering in turkey, and most of our professors cannot explain very well in English that's why I have to search UA-cam for my courses, I wish there was lectures like steel design or concrete design too
Its kind of like cutting open a pipe to see how much water is flowing. You take a cross-section of the member and apply statics to calculate how much force passes thru the part. You then calculate stress (force intensity), and compare to the allowable with a factor of safety or margin of safety approach. But the first step is to find out how much force passes thru the member, and in what way (tension, compression, shear, bending, etc)
wow, i am studying architectural engineering and i have this subject, and this video just made clear all the concept of normal and shear stresses. I wish I had SoM professor like him🥲
This man is a good teacher. I am a mechanical engineer with 34 years of experience and I enjoyed this lecture.
Many students have got to enjoy his lectures over the years too. :)
Thank you so much for uploading these videos. It is good to learn from someone tries to explain and teach the lecture, not reading the slides which belong to someone else.
Glad it helped!
Sir, thank you very much. I am currently taken this class and I have learned really important concept my prof did not explain. You went as far as to show use how to switch between units. I am for every grateful.
Many respects to you Dr. Mohammad you remembered me in my professor. I wish that the most lecturer could be like you giving a lecture with its deserve-able
way.
Thanks for the Great lecture.
I wish if the person who was filming this focused more on the materials that was showing on, from the projector when he was discussing it .
The material is avaliable in the link on the description, it's a little dificult but if you print out, you can follow the examples one by one. I'm a student, and it helped me a lot!
your lectures helps me a lot, I study civil engineering in turkey, and most of our professors cannot explain very well in English that's why I have to search UA-cam for my courses, I wish there was lectures like steel design or concrete design too
Hello mehdi search Dr Gregory Michaelson on UA-cam he teaches both these courses. I wish these courses were there when I was in university.
Thank you so much, I now understand the principle of stresses that my prof did not explain very well.
Great Thanks For this Lecture
Great work , thank you Dr.
Is there any questions about the subject or worksheet
the bar problem can be solved by using principle of Superposition....4:38
why is shear stress greater when bolt was added compared to the shear with hole?
can i get handout in pdf
hello where can i find the homework ?
what book is being used?
ThAnk yuo our teacher
❤
1:13:00 A true hero. I thought i misunderstood the example.
@43:10 is it not Newtons over meters? Which would be Pascals? Not sure where MPa applies unless we kept it over millimeters.
He converted it already. If you calculate shear stress in the bolt as written on the board, you get 3819718 N/m = 3.82*10^6 Pa = 3.82 MPa
@@ankushdeol4922 Yeah, not sure how I missed that. Thanks
Use Epoxy Adhesive sir:)
Is manufacturing science subject available in mechanical curriculum of cpp?
Yes, department of industrial and manufacturing engineering.
yes or no
thankkkyouu very much sir.
Dr. how do i email to you
can anyone send me the textbook and the solution which he use
He use Beer text book
question that teacher give as homework
HI hank you to much for they home work that the problem in the book
1:04:25 soruya bak .
I am so much confused by the internal forces.... so ambiguous
Its kind of like cutting open a pipe to see how much water is flowing. You take a cross-section of the member and apply statics to calculate how much force passes thru the part. You then calculate stress (force intensity), and compare to the allowable with a factor of safety or margin of safety approach. But the first step is to find out how much force passes thru the member, and in what way (tension, compression, shear, bending, etc)
wow, i am studying architectural engineering and i have this subject, and this video just made clear all the concept of normal and shear stresses. I wish I had SoM professor like him🥲