demonstration

I have two demonstrations to help us understand.

Here’s a quick demonstration of how this works.

But we can use this simple demonstration to show a few ways that engineers mitigate the potential damage from water hammer.

Here’s a demonstration: These two concrete cylinders were cast from the exact same batch, and we’ll see how much load they can withstand before failure.

In my demonstration, if I get the bank angle just right, the ball goes around the corner perfectly even without any lateral friction with the track.

Maybe I’ll build a piping demonstration someday for a separate video.

And I think it's the best possible demonstration of the attitude that Switzerland has to both firearms and firearms safety.

But there is a stack of demonstration mail, envelopes and addresses used for training, and that's what I'm going to be tested on.

I hope these demonstrations helped show why reinforcement is necessary in most applications of concrete to add tensile strength and to change the failure mode from brittle to ductile.

Unfortunately we can't see into the ground, so I built this demonstration so we can see for ourselves how this works.

Of course, there are a few differences from the real world and my demonstration here.

Let me start us out with a little demonstration.

You can see why it’s called that in the demonstration.

This fact constrains the design and construction of modern sewer systems more than any other factor, and I’ve built some demonstrations in the garage to show you how.

Loads of YouTube channels have already talked about these carp-filled rivers because it's a big visual story, and a great demonstration of "human intervention causes harm".