If shear stress is developed from the uneven bending moments in a beam when loaded on the edge and clamped on the other end. Does a center loaded beam with simply supported condition on both sides have shear stress then?
I'm just stunned by the fact that this information is totally free to public! as an engineer (I'm software engineer) I always try to find educating books/videos on how things work. thank you so much for your work!
THANK YOU for a very informative video. Is it possible to find out where I can buy a wooden model like the one used in the video? or what is the name of the model with the fine wooden bricks?
Cathedrals not only stood the test of time, but reflected forward thinking as many who designed the cathedral didn't live long enough to see them completed as it could take two or more generations to build one.
What if there is no room for a heel because of the hill? and I need a wall about 3.5 to 4 meters high to get to the ground level. Any ideas? Thank you so much!
Great video. Thanks for sharing. I am wondering if the is a formula to calculate the size and thickness of the arch corresponding to the load it can support.
Excellent explanation and demonstration! This feels like a lost art since I've seen something like this in the retro videos. Irrespective of whether one uses a physical model and/or animation, a clear, thorough, pedagogical explanation is the crux of such a presentation and you have done an excellent job at that.
I teach AP Art History in the USA and would love to have a set of blocks like the ones used here to demonstrate the purpose of flying buttresses. Is there a place to buy these blocks online? I could make them myself but don't really have the time.
