@ellamarcilla: I'm gonna post two of the same kind of video at different times and see what the algorithm does 🧐 #fypツ

Ella Marcilla
Ella Marcilla
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Region: US
Tuesday 16 December 2025 16:28:34 GMT
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oldmike20isback
Oldmike20isback :
Out...in. out...in
2025-12-21 17:55:51
5
clintonmcclain5
salty :
can you go faster?
2026-07-11 03:32:02
0
alegitblacksmith
Marcus :
2025-12-16 22:18:31
7
craig91997
Craig :
How did you know to stop at 4? Lol
2025-12-28 04:58:28
1
chevytrk20
ChevyTrk20 Raul :
You are exactly what I want for Christmas
2025-12-17 06:20:29
6
3pic420
3Pic420 :
🥺🥺🥺
2026-01-22 03:49:30
1
steampunkguitarmaster
SteampunkGuitarMaster :
Beautiful 😍
2025-12-22 19:58:48
1
malonewhite
MaloneWhite :
Where the front view??
2026-05-23 19:54:05
0
royalbluefeather117
RoyalBluFeather117 :
where have you been all my life🥰
2025-12-19 05:47:35
1
m1ri_washere
Miri :
@Zero: @TTTking: algorithm algorithms algorithm algorithms algorithm algorithms algorithm algorithms algorithm algorithms algorithm algorithms algorithm algorithms algorithm algorithms algorithm algorithms algorithm algorithms algorithm algorithm algorithms algorithm algorithms algorithm algorithms algorithm algorithms algorithm algorithm algorithms algorithm algorithms algorithm algorithms algorithm algorithms algorithm algorithms algorithm algorithms algorithm algorithms algorithm algorithms algorithm algorithms algorithm algorithms algorithm algorithms algorithm algorithm algorithms algorithm algorithms algorithm algorithms algorithm algorithms algorithms algorithm algorithms algorithm algorithms algorithm algorithms algorithm algorithms algorithm algorithms algorithm algorithms algorithm algorithms algorithm algorithms algorithm algorithms algorithm algorithms algorithm algorithms algorithm algorithm algorithms algorithm algorithms algorithm algorithms algorithm algorithms algorithms algorithm algorithms algorithm algorithms algorithm algorithms algorithm algorithms algorithm algorithms algorithm algorithms algorithm algorithms algorithm algorithms algorithm algorithms algorithm algorithms algorithm algorithms algorithm algorithm algorithms algorithm algorithms algorithm algorithms algorithm algorithms algorithms algorithm algorithms algorithm algorithms algorithm algorithms algorithm algorithms algorithm algorithms algorithm algorithms algorithm algorithms algorithm algorithms algorithm algorithms algorithm algorithms algorithm algorithms algorithm algorithm algorithms algorithm algorithms algorithm algorithms algorithm algorithms algorithms algorithm algorithms algorithm algorithms algorithm algorithms algorithm algorithms algorithm algorithms algorithm algorithms algorithm algorithms algorithm algorithms algorithm algorithms algorithm algorithms algorithm algorithms algorithm algorithm algorithms algorithm algorithms algorithm algorithms algorithm algorithms algorithms algorithm algorithms algorithm algorithms algorithm algorithms algorithm algorithms algorithm algorithms algorithm algorithms algorithm algorithms algorithm algorithms algorithm algorithms
2026-07-02 05:36:09
0
mike_insc
MikeinSC :
lemme slide under there. 😜
2025-12-18 14:34:07
0
jnmggyjbxgbnkliuhhgf
hmmmmmm :
Wow
2026-06-27 20:42:49
0
yunggabrielc2
Gabrielc86 :
lovely 💕🥰
2025-12-21 04:32:58
0
sanjejdkb.aguilar355
Samuel :
2025-12-18 22:58:29
1
kelly.wilkins1
Kelly Wilkins :
oh my i died and went to heaven
2025-12-19 19:51:30
1
hhstexas
⚓USN SWCC VET🇺🇸 :
tease🌹
2025-12-29 06:30:03
0
einstein2339
einstein :
Can I spot you? 🔥🔥🔥
2025-12-28 21:22:25
0
zombie.sniper1
zombie sniper :
🔥🌹muito legal 🔥🌹 🤩
2025-12-23 23:37:15
0
joshuashy3
Joshua :
perfect figure for sure. Definitely my type 🥰
2025-12-22 12:52:40
0
donutdestroyer77
donutlord :
age?👮
2025-12-26 06:23:55
0
dustinwaugh2
Dustin Waugh606 :
Just like that right over my face
2025-12-23 10:10:31
0
racing11dirty
Richie Jones :
🔥🔥🔥
2025-12-16 16:48:48
3
jackie.gibby
Jackie Gibby :
🥰
2025-12-16 20:24:55
3
c.w3.flow
C W3 Flow :
🥰🌹🌹🥰🥰🥰🥰🥰🥰🥰🥰🥰🥰
2025-12-18 06:21:25
2
To see more videos from user @ellamarcilla, please go to the Tikwm homepage.

Other Videos

#☄️☄️Stop Guessing Your Check Valves: The Water Hammer Trap 🌊🔨 ​When piping designers specify a check valve, many default to a standard swing check just to get a
#☄️☄️Stop Guessing Your Check Valves: The Water Hammer Trap 🌊🔨 ​When piping designers specify a check valve, many default to a standard swing check just to get a "one-way flow" box checked on the P&ID. But as you can see in this brilliant mechanical breakdown, not all check valves react to fluid dynamics the same way. Selecting the wrong internal mechanism for your specific fluid velocity and piping orientation is exactly how you end up with shattered pump nozzles and violent water hammer (valve slam). Here is the engineering breakdown of the four mechanisms shown in the video: ​🔄 1. Swing Check Valve (The Standard Workhorse) ​How it Works: A simple disc swings on a hinge pin. Fluid pushes it open; gravity and flow reversal swing it shut. The Trap: It relies on gravity and takes time to close. In vertical lines or fast-reversing liquid systems, the fluid starts flowing backward before the disc fully seats, slamming it shut with explosive force. Use this strictly for low-velocity, steady horizontal flows. ​🏗️ 2. Ball Type Check Valve (The Slurry Champion) ​How it Works: A free-floating ball is pushed up a guided track by the fluid. When flow stops, gravity drops the ball back into the seat. The Advantage: Because the ball constantly rotates during operation, it physically cleans itself. There are no hinges or pins to get stuck, making this the absolute best choice for highly viscous fluids, sludge, wastewater, and slurries. ​⬆️ 3. Lift Check Valve (The High-Pressure Seal) ​How it Works: Operates similarly to a globe valve. The fluid lifts a guided piston or disc upward off the seat. The Advantage: It provides an exceptionally tight seal and can handle very high-pressure drops, making it ideal for high-pressure steam, air, or gas lines. However, it creates a highly turbulent flow path, so expect a significant pressure drop across the valve. ​🚀 4. Axial Flow Check Valve (The Non-Slam Ultimate Solution) ​How it Works: Features a streamlined, aerodynamic internal disc guided by a heavy-duty central spring. The Advantage: The moment the pump trips and forward flow slows down, the spring forces the valve shut a fraction of a second before the fluid can reverse direction. This completely eliminates valve slam and water hammer. It is the gold standard for critical compressor discharges and high-velocity pump stations.

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