TAGGED: #fluent-#ansys, Explicit-VOF, fluent-sloshing
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April 29, 2024 at 9:17 ammerveala01Subscriber
I wanna analyse a sloshing caused by sudden braking of a truck traveling at 20m/s. Like the videos on YouTube, I use VOF method and Piso solver. Unlike videos, I wrote that equation of gravitational X acceleration IF(t<=1[s],20 [m/s^2],0[m/s^2]) . It means the truck velocity starts from 20 m/s at t=0 and it breaks until 1sec. Then ıt's velocity is 0. And Y acceleration -9.81 Z acceleration is 0.
But ın the 0.49 flow time I get this result. Sloshing shouldn't be like this. Did I miss somethings?
Â
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April 29, 2024 at 10:32 amRobForum Moderator
What are the two fluids? What is the y-direction gravity value?Â
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April 29, 2024 at 10:35 ammerveala01Subscriber
Water and air. Air is primary water is secondary phase. Gravity is Y acceleration -9.81
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April 29, 2024 at 1:11 pmRobForum Moderator
OK, and why wouldn't the water try and flow to the bottom half of the tank?Â
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April 29, 2024 at 1:49 pmmerveala01Subscriber
That's what I am asking.Â
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April 29, 2024 at 2:56 pmRobForum Moderator
Look at the force vectors. You have an x-force and a y-force. What is the resultant force vector?Â
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October 30, 2024 at 9:57 amb200103073Subscriber
merve hanım merhaba. Sorununuzu çözebildiniz mi?
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- The topic ‘Why I get this result in water sloshing analysis?’ is closed to new replies.
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