What is energy gain of Aniroid barometer so it's turned its needle If we use one lakh unit of barometer then will it's combined energy turned a turbine ?and how much energy it possesses
A bolt has a shank (the unthreaded part) and a screw has no shank. In his example the "bolts" have very small shanks which is not ideal as the shear plane is going through the threaded section of the "bolt". It is always good practice to load bolts in shear through their shank not their thread.
I don't know how this helps to dimension a bolt for real situations. There is nothing explained regarding the amount of force to apply on the bolt to keep it below the Rp0,2. Nothing about the friction which is really important imo. I'm looking for a good explanation based upon VDI 2230.
Absolute best. Hats off to clarity, being point and knowledge.
Where can I find a practical example ?
As far as I know the third failure mode is called "bearing" and allowable is Bearing Ultimate Stress (Fbu).
The best explanation I ever heard. Thanks professor ❤
tearing refers to shear stress...the failure mode he is referring to is a "net section" failure which is a normal stress or tensile stress.
super practical and quick. i used this a few times at work.
I would love to know professors name and name of the university where he conducts classes
Thank you for the video. Well done.
What would the requirements in general be for the head of the bolt to fail and come off?
Really good explanation!
What is energy gain of Aniroid barometer so it's turned its needle
If we use one lakh unit of barometer then will it's combined energy turned a turbine ?and how much energy it possesses
Sir I need a tutorial on combined stress distortion energy theory(tresca) von mises and mohr cycle
very good need more in design material please
muchas gracias from dominican Rep.
all the lectures r very important to me
Please tell me what is the difference between bolt and screw.?
A bolt has a shank (the unthreaded part) and a screw has no shank. In his example the "bolts" have very small shanks which is not ideal as the shear plane is going through the threaded section of the "bolt".
It is always good practice to load bolts in shear through their shank not their thread.
Very well presented and easy to listen
Best video out there on the topic. Very helpful thank you :)
Thank you!
I don't know how this helps to dimension a bolt for real situations. There is nothing explained regarding the amount of force to apply on the bolt to keep it below the Rp0,2. Nothing about the friction which is really important imo. I'm looking for a good explanation based upon VDI 2230.
Have you found any? I am looking for the same..
@@karthikgupta have you found any? this time im looking for the same
Need more tutorial like that ......soon plz
sir can we have more lectures on machine design of yours ,,,,,,,,,,,,,,,,,,,,,,, plz sir upload it if u have .............
Very good.
Who's doing your camera work now Tim? I remember when you where doing these on screen capture.
I compressed a soft drink bottle and it's volume become half of original
Work done by me is what?
very good tks
perfect analsyis
thank u sir