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@kelvinluis_: reps #fyp #viral #Soccer

kelv🃏
kelv🃏
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Region: US
Friday 23 October 2026 00:15:20 GMT
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ijustwannagopro
𝓭𝓪𝓶𝓲𝓪𝓷⚡️ :
absolute tech
2026-10-23 13:17:30
0
ali.rexhepi24
Ali :
talent is obssesion
2026-10-23 16:34:55
0
livspiced5
blvnded :
2026-10-23 14:38:05
0
mondo_363
mondo_17 :
2026-10-23 16:58:00
0
quisespams1
quisespams1 :
Weshhhh
2026-10-23 04:37:46
0
adriantegarr_
🕸️ :
2026-10-23 06:45:48
1
__adriaano008
Levado 🃏 :
Very good brother❤️
2026-10-23 03:06:44
0
heitorbraz_08
Heitor ✞ 🇧🇷 :
2026-10-23 00:50:04
2
taikisugitani_
taiki :
milking that clip
2026-10-23 00:51:37
1
To see more videos from user @kelvinluis_, please go to the Tikwm homepage.

Other Videos

It was you, you were my ghost.. 😢 #interstellar #movieclip #matthewmcconaughey #jessicachastain #christophernolan #fyp #moviescene #filmedit
It was you, you were my ghost.. 😢 #interstellar #movieclip #matthewmcconaughey #jessicachastain #christophernolan #fyp #moviescene #filmedit
#shelf #storage #organization #tiktokshopcreatorpicks #DealsForYouDays
#shelf #storage #organization #tiktokshopcreatorpicks #DealsForYouDays


Replying to @cloudtailcw скора #фон#скора#скоро#скорофон #джоджо#пон#коричневоеухофараона
Replying to @cloudtailcw скора #фон#скора#скоро#скорофон #джоджо#пон#коричневоеухофараона
Ever wonder why trains don’t just fall off the tracks—or how they glide around curves without a steering wheel? It starts with a simple round wheel… and ends in pure engineering genius. A perfectly cylindrical wheel would either slip constantly or derail the moment the track curves. So engineers gave train wheels a conical shape (slightly tapered) plus a raised flange on the inside edge. As the train enters a curve, the outer wheel rides up on its larger diameter while the inner wheel drops to its smaller diameter. This creates a natural speed difference—exactly what’s needed for the outer wheel to travel farther—without any differential gears. The flange acts as the ultimate safety backup, keeping everything locked on the rail. One subtle taper. One protective edge. Zero drama at 200+ km/h. That’s not just a wheel. That’s 200 years of refined physics rolling under every train. Hashtags: #TrainWheelPhysics #ConicalWheelMagic #EngineeringExplained #HowTrainsWork #RailwayEngineering
Ever wonder why trains don’t just fall off the tracks—or how they glide around curves without a steering wheel? It starts with a simple round wheel… and ends in pure engineering genius. A perfectly cylindrical wheel would either slip constantly or derail the moment the track curves. So engineers gave train wheels a conical shape (slightly tapered) plus a raised flange on the inside edge. As the train enters a curve, the outer wheel rides up on its larger diameter while the inner wheel drops to its smaller diameter. This creates a natural speed difference—exactly what’s needed for the outer wheel to travel farther—without any differential gears. The flange acts as the ultimate safety backup, keeping everything locked on the rail. One subtle taper. One protective edge. Zero drama at 200+ km/h. That’s not just a wheel. That’s 200 years of refined physics rolling under every train. Hashtags: #TrainWheelPhysics #ConicalWheelMagic #EngineeringExplained #HowTrainsWork #RailwayEngineering


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