The inner spring broke earlier in the video, you can see small metal chips flying out from inside the spring. This left the outer spring alone with a damaged internal spring to interfere with the outer springs flex. See the chip at .33 seconds.
the spring external is very larg, it has topped with your inferior part, and whe the spring are in the max compresion this adyacent parts not have a separate space apropiate
It's a valve spring that closes a valve in an internal combustion engine. Even at mild RPM's (1400) they need to open and close over ten times a second. You can buy racing motorcycles now that can reach well beyond 10.000 RPM's and there have been vehicles (old Honda CBR250rr) that could achieve 19.000 (nineteen-thousand) revolutions per minute where this valve would be opening and closing over one hundred and fifty times every second. So to sum that all up: "Spring."
@@stalincat2457 No idea how you did the math - being 2yrs later you probs don't remember either - but your numbers here are off by more than a factor of 2. 19,000 RPM means the valve (and every component in combustion cycle) is completing over 300 repetitions per second. 316 + change, in fact. EDIT: Nevermind, I just realised you were right. Four stroke engine means each intake/exhaust valve is opening/closing one time for every two revolutions of the crankshaft - the factor of 2 I blonded out on before.
@@lachlanbell8390 We can both be a little right in 2023: Mazda is working on a two-stroke engine with valves apparently. Good old Mazda pissing against the wind ❤️.
These spring videos are so pointless... please show us a video of a normal spring that doesn't bounce?? Cause as far as I am concerned thts what spring does
The inner spring broke earlier in the video, you can see small metal chips flying out from inside the spring. This left the outer spring alone with a damaged internal spring to interfere with the outer springs flex. See the chip at .33 seconds.
Inner spring broke at 0:19
Chips on the top right at 0:22
Valvesprings are the most overlooked component in engines.
wow look at that, what rpm?
the spring external is very larg, it has topped with your inferior part, and whe the spring are in the max compresion this adyacent parts not have a separate space apropiate
All springs have a curtain rpm wheee if in that rpm it jiggles amd surges and ends up breaking the spring
That spring looks like my tummy when i jump hahaha
That size to side is the death of the valve train in the second half of video
This is your brain on slow-mo.
ANY QUESTIONS?
What’s happening here
spring
@@McBobtheruggaman daym straight mah nigga
It's a valve spring that closes a valve in an internal combustion engine. Even at mild RPM's (1400) they need to open and close over ten times a second. You can buy racing motorcycles now that can reach well beyond 10.000 RPM's and there have been vehicles (old Honda CBR250rr) that could achieve 19.000 (nineteen-thousand) revolutions per minute where this valve would be opening and closing over one hundred and fifty times every second.
So to sum that all up: "Spring."
@@stalincat2457 No idea how you did the math - being 2yrs later you probs don't remember either - but your numbers here are off by more than a factor of 2.
19,000 RPM means the valve (and every component in combustion cycle) is completing over 300 repetitions per second. 316 + change, in fact.
EDIT: Nevermind, I just realised you were right. Four stroke engine means each intake/exhaust valve is opening/closing one time for every two revolutions of the crankshaft - the factor of 2 I blonded out on before.
@@lachlanbell8390 We can both be a little right in 2023: Mazda is working on a two-stroke engine with valves apparently.
Good old Mazda pissing against the wind ❤️.
Looks like the valve guide is lose too.
6k rpms?
underdamped, why, for speed?
Why no oil for spring cooling? Of course it's going to fai
Der Ventilschaft hat zuviel Spiel! Dadurch wird die Feder zusätzlich angeregt.
wobble
These spring videos are so pointless... please show us a video of a normal spring that doesn't bounce?? Cause as far as I am concerned thts what spring does