C
Commander Kinsey
Guest
On Mon, 13 Mar 2023 02:05:11 -0000, rbowman <bowman@montana.com> wrote:
If I did the maths I\'d get a more complete answer.
But there are many wheels.
A fully laden truck/lorry/whatever you call them over there can\'t stop as quick as a car, but it can stop in a safe distance. A train cannot, it\'s not fit for purpose. If something unexpected happens, it just ploughs through it. Trains are outdated technology and it\'s high time we got rid of them. Maybe a maglev can stop quicker?
On Mon, 13 Mar 2023 00:30:39 -0000, Commander Kinsey wrote:
On Thu, 02 Mar 2023 03:09:14 -0000, rbowman <bowman@montana.com> wrote:
On Wed, 01 Mar 2023 15:05:31 -0000, Commander Kinsey wrote:
Why were they never made of something more grippy than highly polished
steel?
https://en.wikipedia.org/wiki/Mount_Washington_Cog_Railway
Should be used on all tracks, then perhaps trains could stop in the
distance my car is required to by law.
Do the math.
If I did the maths I\'d get a more complete answer.
A fully laden coal car weighs about 140 tons. I\'ve never been
bored enough to count cars when I stopped at a crossing but there are a
lot of them. Let\'s say 30 for the sake of argument, 4200 tons plus the
weight of the engines. Let\'s say 4 at 200 tons each. So, roughly 5000 tons
traveling at 50 mph. That\'s quite a bit of kinetic energy to dump in 300\'.
I can hear snapping axles and see flying wheels.
But there are many wheels.
A fully laden truck/lorry/whatever you call them over there can\'t stop as quick as a car, but it can stop in a safe distance. A train cannot, it\'s not fit for purpose. If something unexpected happens, it just ploughs through it. Trains are outdated technology and it\'s high time we got rid of them. Maybe a maglev can stop quicker?